diff --git "a/jsonl/T111_count_clusters-data-generator.jsonl" "b/jsonl/T111_count_clusters-data-generator.jsonl" --- "a/jsonl/T111_count_clusters-data-generator.jsonl" +++ "b/jsonl/T111_count_clusters-data-generator.jsonl" @@ -1,5000 +1,5000 @@ -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000000/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 0} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000001/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000002/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000003/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000004/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000005/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 5} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000006/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 6} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000007/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 7} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000008/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 8} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000009/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 9} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000010/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 10} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000011/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 11} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000012/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 12} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000013/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 13} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000014/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 14} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000015/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 15} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000016/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 16} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000017/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 17} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000018/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 18} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000019/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 19} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000020/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 20} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000021/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 21} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000022/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 22} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000023/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 23} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000024/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 24} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000025/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 25} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000026/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 26} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000027/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 27} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000028/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 28} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000029/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 29} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000030/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 30} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000031/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 31} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000032/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 32} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000033/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 33} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000034/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 34} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000035/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 35} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000036/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 36} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000037/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 37} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000038/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 38} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000039/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 39} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000040/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 40} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000041/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 41} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000042/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 42} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000043/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 43} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000044/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 44} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000045/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 45} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000046/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 46} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000047/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 47} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000048/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 48} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000049/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 49} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000050/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 50} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000051/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 51} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000052/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 52} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000053/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 53} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000054/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 54} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000055/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 55} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000056/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 56} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000057/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 57} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000058/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 58} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000059/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 59} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000060/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 60} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000061/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 61} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000062/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 62} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000063/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 63} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000064/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 64} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000065/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 65} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000066/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 66} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000067/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 67} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000068/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 68} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000069/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 69} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000070/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 70} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000071/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 71} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000072/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 72} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000073/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 73} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000074/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 74} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000075/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 75} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000076/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 76} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000077/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 77} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000078/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 78} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000079/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 79} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000080/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 80} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000081/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 81} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000082/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 82} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000083/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 83} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000084/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 84} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000085/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 85} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000086/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 86} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000087/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 87} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000088/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 88} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000089/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 89} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000090/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 90} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000091/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 91} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000092/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 92} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000093/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 93} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000094/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 94} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000095/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 95} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000096/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 96} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000097/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 97} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000098/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 98} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000099/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 99} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000100/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 100} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000101/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 101} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000102/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 102} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000103/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 103} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000104/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 104} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000105/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 105} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000106/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 106} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000107/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 107} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000108/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 108} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000109/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 109} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000110/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 110} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000111/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 111} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000112/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 112} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000113/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 113} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000114/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 114} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000115/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 115} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000116/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 116} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000117/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 117} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000118/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 118} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000119/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 119} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000120/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 120} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000121/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 121} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000122/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 122} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000123/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 123} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000124/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 124} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000125/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 125} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000126/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 126} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000127/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 127} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000128/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 128} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000129/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 129} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000130/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 130} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000131/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 131} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000132/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 132} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000133/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 133} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000134/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 134} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000135/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 135} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000136/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 136} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000137/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 137} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000138/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 138} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000139/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 139} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000140/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 140} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000141/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 141} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000142/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 142} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000143/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 143} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000144/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 144} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000145/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 145} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000146/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 146} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000147/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 147} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000148/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 148} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000149/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 149} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000150/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 150} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000151/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 151} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000152/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 152} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000153/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 153} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000154/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 154} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000155/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 155} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000156/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 156} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000157/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 157} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000158/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 158} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000159/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 159} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000160/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 160} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000161/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 161} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000162/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 162} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000163/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 163} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000164/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 164} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000165/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 165} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000166/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 166} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000167/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 167} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000168/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 168} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000169/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 169} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000170/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 170} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000171/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 171} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000172/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 172} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000173/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 173} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000174/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 174} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000175/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 175} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000176/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 176} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000177/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 177} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000178/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 178} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000179/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 179} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000180/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 180} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000181/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 181} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000182/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 182} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000183/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 183} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000184/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 184} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000185/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 185} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000186/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 186} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000187/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 187} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000188/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 188} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000189/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 189} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000190/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 190} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000191/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 191} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000192/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 192} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000193/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 193} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000194/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 194} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000195/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 195} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000196/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 196} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000197/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 197} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000198/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 198} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000199/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 199} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000200/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 200} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000201/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 201} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000202/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 202} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000203/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 203} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000204/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 204} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000205/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 205} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000206/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 206} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000207/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 207} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000208/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 208} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000209/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 209} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000210/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 210} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000211/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 211} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000212/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 212} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000213/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 213} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000214/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 214} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000215/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 215} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000216/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 216} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000217/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 217} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000218/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 218} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000219/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 219} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000220/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 220} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000221/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 221} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000222/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 222} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000223/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 223} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000224/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 224} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000225/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 225} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000226/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 226} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000227/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 227} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000228/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 228} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000229/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 229} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000230/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 230} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000231/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 231} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000232/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 232} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000233/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 233} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000234/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 234} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000235/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 235} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000236/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 236} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000237/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 237} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000238/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 238} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000239/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 239} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000240/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 240} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000241/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 241} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000242/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 242} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000243/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 243} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000244/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 244} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000245/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 245} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000246/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 246} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000247/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 247} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000248/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 248} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000249/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 249} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000250/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 250} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000251/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 251} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000252/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 252} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000253/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 253} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000254/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 254} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000255/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 255} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000256/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 256} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000257/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 257} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000258/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 258} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000259/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 259} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000260/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 260} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000261/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 261} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000262/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 262} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000263/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 263} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000264/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 264} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000265/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 265} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000266/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 266} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000267/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 267} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000268/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 268} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000269/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 269} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000270/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 270} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000271/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 271} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000272/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 272} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000273/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 273} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000274/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 274} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000275/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 275} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000276/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 276} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000277/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 277} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000278/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 278} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000279/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 279} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000280/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 280} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000281/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 281} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000282/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 282} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000283/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 283} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000284/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 284} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000285/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 285} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000286/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 286} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000287/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 287} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000288/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 288} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000289/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 289} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000290/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 290} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000291/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 291} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000292/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 292} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000293/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 293} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000294/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 294} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000295/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 295} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000296/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 296} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000297/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 297} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000298/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 298} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000299/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 299} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000300/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 300} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000301/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 301} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000302/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 302} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000303/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 303} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000304/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 304} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000305/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 305} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000306/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 306} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000307/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 307} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000308/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 308} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000309/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 309} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000310/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 310} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000311/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 311} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000312/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 312} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000313/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 313} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000314/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 314} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000315/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 315} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000316/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 316} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000317/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 317} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000318/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 318} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000319/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 319} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000320/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 320} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000321/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 321} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000322/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 322} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000323/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 323} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000324/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 324} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000325/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 325} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000326/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 326} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000327/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 327} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000328/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 328} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000329/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 329} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000330/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 330} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000331/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 331} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000332/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 332} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000333/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 333} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000334/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 334} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000335/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 335} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000336/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 336} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000337/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 337} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000338/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 338} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000339/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 339} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000340/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 340} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000341/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 341} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000342/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 342} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000343/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 343} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000344/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 344} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000345/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 345} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000346/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 346} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000347/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 347} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000348/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 348} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000349/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 349} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000350/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 350} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000351/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 351} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000352/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 352} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000353/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 353} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000354/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 354} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000355/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 355} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000356/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 356} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000357/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 357} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000358/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 358} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000359/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 359} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000360/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 360} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000361/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 361} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000362/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 362} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000363/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 363} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000364/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 364} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000365/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 365} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000366/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 366} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000367/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 367} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000368/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 368} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000369/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 369} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000370/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 370} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000371/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 371} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000372/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 372} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000373/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 373} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000374/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 374} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000375/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 375} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000376/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 376} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000377/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 377} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000378/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 378} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000379/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 379} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000380/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 380} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000381/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 381} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000382/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 382} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000383/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 383} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000384/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 384} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000385/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 385} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000386/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 386} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000387/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 387} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000388/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 388} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000389/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 389} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000390/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 390} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000391/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 391} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000392/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 392} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000393/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 393} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000394/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 394} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000395/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 395} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000396/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 396} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000397/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 397} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000398/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 398} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000399/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 399} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000400/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 400} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000401/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 401} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000402/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 402} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000403/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 403} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000404/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 404} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000405/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 405} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000406/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 406} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000407/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 407} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000408/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 408} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000409/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 409} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000410/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 410} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000411/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 411} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000412/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 412} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000413/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 413} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000414/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 414} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000415/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 415} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000416/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 416} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000417/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 417} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000418/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 418} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000419/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 419} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000420/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 420} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000421/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 421} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000422/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 422} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000423/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 423} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000424/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 424} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000425/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 425} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000426/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 426} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000427/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 427} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000428/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 428} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000429/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 429} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000430/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 430} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000431/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 431} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000432/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 432} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000433/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 433} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000434/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 434} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000435/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 435} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000436/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 436} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000437/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 437} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000438/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 438} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000439/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 439} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000440/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 440} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000441/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 441} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000442/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 442} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000443/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 443} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000444/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 444} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000445/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 445} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000446/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 446} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000447/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 447} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000448/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 448} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000449/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 449} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000450/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 450} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000451/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 451} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000452/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 452} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000453/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 453} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000454/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 454} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000455/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 455} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000456/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 456} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000457/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 457} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000458/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 458} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000459/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 459} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000460/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 460} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000461/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 461} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000462/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 462} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000463/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 463} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000464/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 464} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000465/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 465} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000466/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 466} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000467/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 467} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000468/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 468} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000469/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 469} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000470/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 470} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000471/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 471} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000472/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 472} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000473/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 473} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000474/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 474} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000475/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 475} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000476/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 476} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000477/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 477} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000478/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 478} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000479/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 479} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000480/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 480} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000481/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 481} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000482/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 482} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000483/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 483} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000484/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 484} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000485/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 485} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000486/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 486} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000487/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 487} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000488/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 488} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000489/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 489} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000490/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 490} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000491/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 491} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000492/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 492} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000493/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 493} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000494/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 494} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000495/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 495} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000496/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 496} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000497/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 497} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000498/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 498} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000499/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 499} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000500/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 500} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000501/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 501} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000502/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 502} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000503/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 503} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000504/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 504} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000505/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 505} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000506/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 506} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000507/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 507} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000508/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 508} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000509/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 509} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000510/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 510} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000511/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 511} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000512/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 512} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000513/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 513} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000514/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 514} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000515/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 515} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000516/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 516} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000517/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 517} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000518/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 518} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000519/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 519} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000520/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 520} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000521/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 521} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000522/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 522} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000523/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 523} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000524/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 524} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000525/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 525} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000526/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 526} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000527/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 527} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000528/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 528} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000529/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 529} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000530/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 530} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000531/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 531} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000532/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 532} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000533/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 533} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000534/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 534} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000535/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 535} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000536/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 536} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000537/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 537} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000538/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 538} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000539/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 539} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000540/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 540} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000541/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 541} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000542/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 542} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000543/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 543} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000544/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 544} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000545/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 545} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000546/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 546} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000547/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 547} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000548/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 548} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000549/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 549} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000550/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 550} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000551/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 551} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000552/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 552} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000553/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 553} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000554/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 554} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000555/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 555} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000556/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 556} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000557/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 557} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000558/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 558} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000559/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 559} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000560/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 560} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000561/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 561} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000562/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 562} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000563/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 563} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000564/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 564} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000565/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 565} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000566/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 566} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000567/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 567} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000568/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 568} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000569/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 569} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000570/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 570} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000571/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 571} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000572/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 572} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000573/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 573} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000574/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 574} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000575/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 575} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000576/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 576} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000577/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 577} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000578/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 578} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000579/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 579} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000580/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 580} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000581/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 581} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000582/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 582} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000583/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 583} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000584/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 584} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000585/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 585} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000586/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 586} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000587/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 587} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000588/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 588} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000589/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 589} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000590/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 590} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000591/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 591} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000592/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 592} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000593/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 593} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000594/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 594} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000595/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 595} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000596/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 596} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000597/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 597} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000598/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 598} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000599/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 599} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000600/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 600} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000601/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 601} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000602/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 602} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000603/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 603} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000604/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 604} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000605/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 605} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000606/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 606} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000607/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 607} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000608/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 608} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000609/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 609} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000610/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 610} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000611/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 611} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000612/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 612} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000613/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 613} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000614/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 614} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000615/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 615} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000616/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 616} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000617/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 617} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000618/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 618} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000619/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 619} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000620/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 620} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000621/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 621} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000622/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 622} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000623/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 623} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000624/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 624} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000625/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 625} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000626/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 626} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000627/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 627} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000628/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 628} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000629/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 629} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000630/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 630} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000631/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 631} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000632/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 632} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000633/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 633} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000634/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 634} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000635/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 635} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000636/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 636} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000637/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 637} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000638/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 638} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000639/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 639} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000640/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 640} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000641/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 641} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000642/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 642} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000643/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 643} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000644/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 644} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000645/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 645} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000646/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 646} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000647/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 647} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000648/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 648} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000649/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 649} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000650/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 650} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000651/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 651} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000652/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 652} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000653/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 653} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000654/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 654} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000655/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 655} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000656/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 656} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000657/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 657} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000658/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 658} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000659/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 659} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000660/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 660} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000661/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 661} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000662/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 662} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000663/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 663} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000664/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 664} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000665/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 665} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000666/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 666} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000667/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 667} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000668/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 668} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000669/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 669} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000670/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 670} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000671/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 671} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000672/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 672} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000673/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 673} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000674/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 674} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000675/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 675} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000676/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 676} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000677/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 677} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000678/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 678} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000679/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 679} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000680/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 680} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000681/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 681} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000682/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 682} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000683/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 683} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000684/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 684} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000685/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 685} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000686/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 686} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000687/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 687} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000688/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 688} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000689/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 689} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000690/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 690} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000691/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 691} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000692/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 692} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000693/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 693} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000694/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 694} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000695/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 695} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000696/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 696} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000697/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 697} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000698/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 698} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000699/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 699} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000700/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 700} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000701/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 701} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000702/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 702} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000703/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 703} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000704/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 704} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000705/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 705} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000706/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 706} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000707/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 707} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000708/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 708} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000709/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 709} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000710/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 710} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000711/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 711} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000712/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 712} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000713/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 713} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000714/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 714} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000715/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 715} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000716/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 716} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000717/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 717} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000718/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 718} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000719/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 719} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000720/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 720} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000721/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 721} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000722/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 722} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000723/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 723} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000724/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 724} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000725/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 725} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000726/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 726} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000727/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 727} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000728/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 728} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000729/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 729} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000730/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 730} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000731/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 731} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000732/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 732} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000733/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 733} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000734/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 734} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000735/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 735} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000736/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 736} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000737/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 737} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000738/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 738} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000739/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 739} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000740/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 740} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000741/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 741} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000742/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 742} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000743/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 743} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000744/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 744} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000745/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 745} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000746/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 746} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000747/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 747} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000748/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 748} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000749/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 749} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000750/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 750} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000751/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 751} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000752/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 752} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000753/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 753} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000754/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 754} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000755/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 755} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000756/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 756} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000757/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 757} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000758/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 758} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000759/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 759} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000760/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 760} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000761/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 761} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000762/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 762} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000763/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 763} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000764/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 764} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000765/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 765} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000766/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 766} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000767/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 767} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000768/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 768} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000769/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 769} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000770/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 770} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000771/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 771} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000772/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 772} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000773/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 773} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000774/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 774} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000775/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 775} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000776/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 776} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000777/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 777} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000778/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 778} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000779/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 779} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000780/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 780} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000781/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 781} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000782/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 782} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000783/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 783} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000784/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 784} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000785/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 785} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000786/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 786} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000787/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 787} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000788/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 788} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000789/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 789} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000790/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 790} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000791/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 791} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000792/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 792} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000793/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 793} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000794/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 794} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000795/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 795} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000796/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 796} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000797/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 797} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000798/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 798} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000799/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 799} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000800/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 800} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000801/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 801} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000802/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 802} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000803/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 803} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000804/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 804} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000805/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 805} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000806/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 806} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000807/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 807} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000808/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 808} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000809/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 809} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000810/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 810} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000811/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 811} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000812/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 812} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000813/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 813} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000814/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 814} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000815/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 815} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000816/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 816} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000817/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 817} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000818/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 818} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000819/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 819} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000820/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 820} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000821/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 821} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000822/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 822} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000823/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 823} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000824/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 824} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000825/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 825} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000826/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 826} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000827/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 827} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000828/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 828} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000829/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 829} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000830/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 830} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000831/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 831} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000832/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 832} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000833/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 833} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000834/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 834} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000835/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 835} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000836/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 836} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000837/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 837} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000838/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 838} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000839/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 839} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000840/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 840} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000841/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 841} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000842/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 842} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000843/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 843} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000844/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 844} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000845/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 845} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000846/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 846} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000847/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 847} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000848/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 848} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000849/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 849} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000850/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 850} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000851/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 851} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000852/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 852} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000853/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 853} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000854/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 854} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000855/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 855} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000856/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 856} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000857/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 857} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000858/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 858} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000859/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 859} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000860/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 860} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000861/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 861} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000862/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 862} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000863/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 863} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000864/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 864} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000865/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 865} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000866/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 866} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000867/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 867} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000868/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 868} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000869/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 869} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000870/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 870} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000871/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 871} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000872/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 872} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000873/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 873} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000874/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 874} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000875/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 875} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000876/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 876} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000877/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 877} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000878/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 878} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000879/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 879} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000880/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 880} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000881/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 881} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000882/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 882} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000883/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 883} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000884/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 884} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000885/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 885} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000886/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 886} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000887/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 887} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000888/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 888} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000889/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 889} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000890/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 890} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000891/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 891} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000892/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 892} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000893/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 893} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000894/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 894} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000895/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 895} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000896/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 896} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000897/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 897} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000898/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 898} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000899/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 899} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000900/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 900} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000901/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 901} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000902/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 902} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000903/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 903} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000904/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 904} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000905/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 905} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000906/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 906} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000907/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 907} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000908/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 908} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000909/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 909} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000910/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 910} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000911/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 911} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000912/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 912} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000913/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 913} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000914/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 914} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000915/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 915} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000916/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 916} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000917/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 917} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000918/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 918} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000919/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 919} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000920/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 920} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000921/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 921} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000922/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 922} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000923/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 923} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000924/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 924} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000925/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 925} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000926/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 926} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000927/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 927} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000928/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 928} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000929/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 929} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000930/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 930} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000931/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 931} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000932/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 932} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000933/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 933} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000934/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 934} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000935/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 935} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000936/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 936} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000937/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 937} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000938/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 938} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000939/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 939} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000940/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 940} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000941/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 941} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000942/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 942} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000943/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 943} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000944/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 944} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000945/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 945} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000946/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 946} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000947/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 947} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000948/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 948} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000949/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 949} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000950/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 950} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000951/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 951} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000952/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 952} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000953/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 953} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000954/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 954} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000955/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 955} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000956/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 956} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000957/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 957} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000958/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 958} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000959/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 959} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000960/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 960} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000961/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 961} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000962/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 962} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000963/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 963} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000964/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 964} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000965/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 965} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000966/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 966} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000967/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 967} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000968/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 968} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000969/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 969} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000970/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 970} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000971/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 971} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000972/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 972} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000973/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 973} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000974/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 974} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000975/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 975} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000976/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 976} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000977/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 977} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000978/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 978} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000979/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 979} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000980/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 980} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000981/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 981} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000982/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 982} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000983/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 983} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000984/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 984} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000985/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 985} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000986/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 986} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000987/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 987} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000988/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 988} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000989/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 989} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000990/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 990} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000991/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 991} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000992/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 992} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000993/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 993} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000994/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 994} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000995/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 995} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000996/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 996} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000997/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 997} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000998/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 998} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000999/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 999} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001000/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1000} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001001/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1001} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001002/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1002} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001003/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1003} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001004/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1004} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001005/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1005} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001006/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1006} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001007/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1007} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001008/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1008} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001009/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1009} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001010/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1010} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001011/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1011} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001012/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1012} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001013/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1013} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001014/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1014} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001015/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1015} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001016/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1016} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001017/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1017} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001018/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1018} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001019/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1019} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001020/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1020} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001021/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1021} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001022/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1022} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001023/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1023} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001024/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1024} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001025/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1025} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001026/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1026} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001027/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1027} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001028/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1028} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001029/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1029} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001030/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1030} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001031/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1031} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001032/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1032} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001033/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1033} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001034/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1034} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001035/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1035} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001036/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1036} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001037/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1037} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001038/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1038} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001039/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1039} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001040/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1040} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001041/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1041} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001042/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1042} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001043/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1043} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001044/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1044} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001045/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1045} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001046/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1046} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001047/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1047} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001048/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1048} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001049/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1049} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001050/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1050} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001051/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1051} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001052/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1052} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001053/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1053} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001054/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1054} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001055/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1055} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001056/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1056} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001057/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1057} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001058/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1058} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001059/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1059} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001060/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1060} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001061/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1061} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001062/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1062} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001063/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1063} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001064/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1064} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001065/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1065} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001066/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1066} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001067/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1067} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001068/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1068} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001069/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1069} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001070/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1070} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001071/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1071} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001072/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1072} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001073/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1073} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001074/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1074} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001075/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1075} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001076/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1076} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001077/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1077} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001078/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1078} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001079/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1079} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001080/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1080} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001081/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1081} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001082/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1082} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001083/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1083} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001084/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1084} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001085/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1085} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001086/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1086} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001087/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1087} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001088/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1088} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001089/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1089} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001090/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1090} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001091/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1091} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001092/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1092} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001093/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1093} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001094/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1094} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001095/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1095} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001096/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1096} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001097/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1097} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001098/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1098} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001099/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1099} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001100/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1100} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001101/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1101} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001102/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1102} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001103/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1103} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001104/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1104} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001105/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1105} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001106/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1106} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001107/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1107} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001108/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1108} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001109/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1109} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001110/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1110} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001111/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1111} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001112/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1112} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001113/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1113} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001114/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1114} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001115/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1115} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001116/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1116} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001117/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1117} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001118/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1118} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001119/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1119} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001120/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1120} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001121/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1121} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001122/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1122} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001123/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1123} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001124/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1124} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001125/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1125} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001126/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1126} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001127/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1127} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001128/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1128} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001129/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1129} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001130/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1130} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001131/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1131} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001132/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1132} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001133/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1133} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001134/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1134} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001135/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1135} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001136/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1136} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001137/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1137} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001138/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1138} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001139/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1139} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001140/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1140} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001141/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1141} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001142/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1142} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001143/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1143} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001144/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1144} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001145/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1145} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001146/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1146} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001147/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1147} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001148/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1148} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001149/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1149} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001150/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1150} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001151/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1151} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001152/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1152} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001153/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1153} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001154/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1154} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001155/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1155} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001156/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1156} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001157/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1157} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001158/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1158} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001159/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1159} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001160/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1160} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001161/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1161} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001162/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1162} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001163/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1163} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001164/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1164} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001165/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1165} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001166/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1166} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001167/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1167} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001168/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1168} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001169/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1169} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001170/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1170} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001171/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1171} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001172/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1172} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001173/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1173} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001174/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1174} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001175/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1175} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001176/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1176} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001177/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1177} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001178/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1178} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001179/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1179} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001180/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1180} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001181/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1181} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001182/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1182} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001183/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1183} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001184/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1184} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001185/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1185} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001186/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1186} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001187/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1187} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001188/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1188} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001189/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1189} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001190/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1190} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001191/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1191} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001192/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1192} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001193/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1193} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001194/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1194} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001195/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1195} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001196/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1196} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001197/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1197} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001198/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1198} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001199/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1199} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001200/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1200} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001201/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1201} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001202/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1202} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001203/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1203} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001204/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1204} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001205/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1205} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001206/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1206} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001207/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1207} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001208/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1208} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001209/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1209} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001210/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1210} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001211/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1211} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001212/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1212} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001213/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1213} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001214/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1214} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001215/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1215} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001216/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1216} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001217/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1217} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001218/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1218} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001219/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1219} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001220/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1220} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001221/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1221} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001222/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1222} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001223/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1223} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001224/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1224} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001225/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1225} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001226/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1226} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001227/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1227} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001228/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1228} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001229/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1229} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001230/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1230} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001231/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1231} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001232/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1232} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001233/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1233} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001234/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1234} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001235/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1235} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001236/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1236} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001237/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1237} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001238/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1238} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001239/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1239} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001240/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1240} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001241/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1241} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001242/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1242} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001243/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1243} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001244/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1244} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001245/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1245} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001246/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1246} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001247/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1247} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001248/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1248} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001249/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1249} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001250/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1250} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001251/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1251} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001252/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1252} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001253/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1253} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001254/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1254} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001255/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1255} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001256/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1256} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001257/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1257} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001258/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1258} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001259/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1259} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001260/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1260} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001261/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1261} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001262/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1262} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001263/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1263} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001264/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1264} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001265/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1265} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001266/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1266} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001267/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1267} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001268/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1268} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001269/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1269} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001270/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1270} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001271/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1271} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001272/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1272} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001273/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1273} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001274/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1274} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001275/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1275} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001276/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1276} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001277/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1277} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001278/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1278} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001279/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1279} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001280/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1280} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001281/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1281} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001282/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1282} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001283/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1283} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001284/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1284} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001285/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1285} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001286/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1286} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001287/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1287} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001288/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1288} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001289/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1289} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001290/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1290} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001291/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1291} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001292/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1292} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001293/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1293} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001294/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1294} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001295/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1295} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001296/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1296} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001297/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1297} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001298/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1298} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001299/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1299} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001300/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1300} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001301/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1301} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001302/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1302} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001303/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1303} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001304/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1304} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001305/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1305} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001306/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1306} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001307/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1307} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001308/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1308} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001309/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1309} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001310/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1310} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001311/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1311} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001312/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1312} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001313/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1313} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001314/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1314} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001315/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1315} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001316/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1316} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001317/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1317} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001318/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1318} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001319/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1319} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001320/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1320} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001321/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1321} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001322/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1322} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001323/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1323} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001324/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1324} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001325/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1325} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001326/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1326} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001327/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1327} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001328/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1328} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001329/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1329} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001330/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1330} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001331/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1331} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001332/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1332} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001333/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1333} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001334/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1334} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001335/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1335} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001336/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1336} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001337/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1337} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001338/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1338} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001339/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1339} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001340/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1340} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001341/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1341} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001342/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1342} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001343/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1343} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001344/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1344} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001345/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1345} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001346/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1346} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001347/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1347} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001348/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1348} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001349/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1349} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001350/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1350} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001351/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1351} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001352/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1352} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001353/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1353} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001354/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1354} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001355/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1355} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001356/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1356} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001357/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1357} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001358/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1358} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001359/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1359} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001360/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1360} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001361/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1361} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001362/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1362} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001363/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1363} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001364/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1364} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001365/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1365} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001366/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1366} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001367/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1367} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001368/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1368} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001369/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1369} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001370/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1370} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001371/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1371} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001372/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1372} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001373/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1373} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001374/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1374} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001375/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1375} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001376/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1376} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001377/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1377} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001378/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1378} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001379/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1379} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001380/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1380} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001381/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1381} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001382/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1382} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001383/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1383} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001384/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1384} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001385/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1385} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001386/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1386} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001387/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1387} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001388/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1388} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001389/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1389} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001390/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1390} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001391/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1391} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001392/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1392} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001393/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1393} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001394/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1394} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001395/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1395} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001396/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1396} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001397/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1397} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001398/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1398} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001399/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1399} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001400/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1400} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001401/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1401} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001402/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1402} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001403/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1403} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001404/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1404} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001405/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1405} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001406/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1406} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001407/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1407} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001408/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1408} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001409/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1409} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001410/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1410} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001411/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1411} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001412/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1412} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001413/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1413} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001414/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1414} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001415/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1415} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001416/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1416} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001417/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1417} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001418/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1418} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001419/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1419} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001420/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1420} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001421/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1421} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001422/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1422} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001423/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1423} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001424/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1424} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001425/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1425} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001426/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1426} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001427/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1427} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001428/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1428} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001429/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1429} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001430/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1430} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001431/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1431} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001432/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1432} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001433/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1433} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001434/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1434} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001435/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1435} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001436/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1436} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001437/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1437} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001438/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1438} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001439/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1439} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001440/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1440} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001441/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1441} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001442/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1442} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001443/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1443} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001444/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1444} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001445/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1445} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001446/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1446} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001447/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1447} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001448/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1448} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001449/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1449} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001450/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1450} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001451/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1451} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001452/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1452} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001453/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1453} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001454/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1454} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001455/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1455} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001456/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1456} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001457/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1457} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001458/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1458} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001459/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1459} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001460/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1460} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001461/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1461} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001462/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1462} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001463/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1463} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001464/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1464} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001465/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1465} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001466/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1466} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001467/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1467} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001468/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1468} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001469/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1469} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001470/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1470} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001471/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1471} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001472/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1472} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001473/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1473} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001474/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1474} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001475/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1475} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001476/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1476} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001477/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1477} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001478/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1478} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001479/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1479} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001480/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1480} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001481/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1481} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001482/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1482} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001483/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1483} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001484/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1484} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001485/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1485} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001486/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1486} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001487/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1487} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001488/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1488} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001489/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1489} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001490/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1490} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001491/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1491} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001492/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1492} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001493/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1493} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001494/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1494} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001495/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1495} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001496/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1496} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001497/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1497} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001498/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1498} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001499/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1499} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001500/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1500} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001501/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1501} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001502/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1502} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001503/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1503} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001504/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1504} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001505/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1505} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001506/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1506} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001507/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1507} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001508/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1508} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001509/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1509} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001510/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1510} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001511/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1511} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001512/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1512} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001513/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1513} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001514/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1514} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001515/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1515} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001516/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1516} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001517/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1517} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001518/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1518} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001519/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1519} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001520/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1520} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001521/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1521} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001522/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1522} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001523/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1523} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001524/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1524} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001525/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1525} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001526/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1526} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001527/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1527} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001528/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1528} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001529/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1529} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001530/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1530} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001531/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1531} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001532/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1532} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001533/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1533} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001534/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1534} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001535/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1535} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001536/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1536} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001537/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1537} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001538/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1538} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001539/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1539} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001540/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1540} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001541/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1541} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001542/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1542} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001543/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1543} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001544/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1544} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001545/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1545} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001546/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1546} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001547/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1547} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001548/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1548} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001549/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1549} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001550/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1550} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001551/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1551} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001552/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1552} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001553/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1553} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001554/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1554} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001555/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1555} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001556/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1556} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001557/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1557} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001558/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1558} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001559/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1559} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001560/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1560} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001561/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1561} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001562/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1562} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001563/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1563} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001564/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1564} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001565/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1565} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001566/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1566} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001567/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1567} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001568/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1568} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001569/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1569} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001570/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1570} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001571/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1571} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001572/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1572} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001573/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1573} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001574/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1574} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001575/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1575} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001576/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1576} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001577/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1577} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001578/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1578} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001579/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1579} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001580/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1580} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001581/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1581} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001582/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1582} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001583/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1583} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001584/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1584} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001585/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1585} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001586/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1586} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001587/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1587} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001588/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1588} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001589/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1589} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001590/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1590} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001591/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1591} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001592/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1592} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001593/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1593} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001594/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1594} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001595/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1595} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001596/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1596} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001597/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1597} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001598/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1598} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001599/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1599} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001600/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1600} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001601/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1601} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001602/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1602} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001603/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1603} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001604/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1604} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001605/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1605} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001606/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1606} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001607/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1607} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001608/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1608} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001609/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1609} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001610/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1610} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001611/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1611} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001612/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1612} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001613/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1613} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001614/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1614} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001615/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1615} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001616/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1616} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001617/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1617} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001618/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1618} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001619/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1619} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001620/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1620} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001621/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1621} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001622/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1622} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001623/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1623} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001624/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1624} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001625/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1625} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001626/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1626} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001627/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1627} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001628/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1628} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001629/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1629} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001630/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1630} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001631/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1631} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001632/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1632} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001633/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1633} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001634/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1634} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001635/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1635} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001636/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1636} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001637/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1637} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001638/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1638} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001639/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1639} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001640/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1640} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001641/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1641} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001642/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1642} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001643/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1643} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001644/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1644} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001645/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1645} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001646/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1646} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001647/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1647} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001648/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1648} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001649/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1649} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001650/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1650} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001651/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1651} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001652/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1652} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001653/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1653} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001654/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1654} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001655/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1655} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001656/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1656} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001657/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1657} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001658/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1658} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001659/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1659} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001660/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1660} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001661/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1661} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001662/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1662} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001663/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1663} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001664/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1664} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001665/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1665} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001666/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1666} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001667/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1667} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001668/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1668} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001669/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1669} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001670/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1670} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001671/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1671} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001672/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1672} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001673/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1673} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001674/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1674} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001675/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1675} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001676/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1676} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001677/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1677} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001678/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1678} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001679/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1679} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001680/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1680} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001681/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1681} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001682/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1682} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001683/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1683} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001684/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1684} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001685/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1685} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001686/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1686} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001687/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1687} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001688/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1688} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001689/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1689} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001690/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1690} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001691/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1691} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001692/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1692} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001693/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1693} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001694/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1694} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001695/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1695} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001696/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1696} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001697/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1697} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001698/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1698} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001699/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1699} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001700/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1700} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001701/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1701} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001702/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1702} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001703/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1703} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001704/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1704} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001705/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1705} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001706/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1706} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001707/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1707} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001708/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1708} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001709/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1709} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001710/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1710} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001711/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1711} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001712/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1712} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001713/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1713} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001714/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1714} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001715/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1715} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001716/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1716} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001717/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1717} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001718/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1718} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001719/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1719} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001720/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1720} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001721/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1721} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001722/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1722} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001723/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1723} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001724/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1724} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001725/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1725} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001726/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1726} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001727/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1727} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001728/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1728} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001729/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1729} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001730/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1730} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001731/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1731} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001732/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1732} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001733/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1733} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001734/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1734} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001735/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1735} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001736/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1736} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001737/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1737} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001738/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1738} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001739/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1739} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001740/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1740} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001741/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1741} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001742/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1742} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001743/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1743} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001744/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1744} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001745/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1745} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001746/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1746} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001747/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1747} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001748/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1748} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001749/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1749} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001750/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1750} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001751/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1751} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001752/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1752} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001753/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1753} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001754/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1754} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001755/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1755} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001756/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1756} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001757/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1757} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001758/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1758} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001759/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1759} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001760/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1760} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001761/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1761} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001762/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1762} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001763/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1763} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001764/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1764} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001765/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1765} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001766/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1766} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001767/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1767} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001768/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1768} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001769/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1769} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001770/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1770} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001771/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1771} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001772/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1772} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001773/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1773} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001774/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1774} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001775/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1775} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001776/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1776} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001777/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1777} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001778/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1778} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001779/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1779} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001780/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1780} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001781/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1781} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001782/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1782} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001783/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1783} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001784/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1784} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001785/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1785} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001786/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1786} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001787/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1787} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001788/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1788} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001789/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1789} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001790/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1790} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001791/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1791} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001792/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1792} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001793/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1793} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001794/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1794} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001795/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1795} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001796/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1796} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001797/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1797} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001798/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1798} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001799/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1799} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001800/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1800} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001801/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1801} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001802/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1802} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001803/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1803} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001804/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1804} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001805/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1805} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001806/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1806} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001807/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1807} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001808/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1808} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001809/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1809} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001810/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1810} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001811/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1811} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001812/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1812} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001813/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1813} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001814/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1814} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001815/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1815} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001816/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1816} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001817/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1817} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001818/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1818} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001819/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1819} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001820/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1820} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001821/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1821} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001822/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1822} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001823/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1823} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001824/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1824} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001825/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1825} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001826/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1826} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001827/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1827} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001828/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1828} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001829/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1829} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001830/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1830} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001831/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1831} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001832/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1832} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001833/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1833} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001834/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1834} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001835/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1835} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001836/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1836} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001837/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1837} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001838/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1838} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001839/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1839} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001840/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1840} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001841/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1841} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001842/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1842} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001843/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1843} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001844/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1844} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001845/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1845} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001846/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1846} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001847/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1847} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001848/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1848} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001849/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1849} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001850/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1850} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001851/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1851} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001852/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1852} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001853/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1853} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001854/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1854} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001855/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1855} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001856/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1856} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001857/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1857} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001858/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1858} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001859/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1859} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001860/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1860} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001861/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1861} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001862/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1862} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001863/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1863} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001864/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1864} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001865/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1865} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001866/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1866} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001867/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1867} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001868/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1868} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001869/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1869} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001870/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1870} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001871/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1871} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001872/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1872} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001873/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1873} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001874/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1874} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001875/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1875} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001876/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1876} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001877/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1877} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001878/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1878} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001879/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1879} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001880/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1880} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001881/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1881} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001882/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1882} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001883/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1883} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001884/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1884} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001885/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1885} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001886/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1886} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001887/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1887} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001888/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1888} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001889/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1889} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001890/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1890} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001891/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1891} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001892/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1892} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001893/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1893} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001894/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1894} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001895/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1895} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001896/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1896} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001897/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1897} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001898/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1898} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001899/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1899} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001900/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1900} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001901/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1901} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001902/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1902} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001903/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1903} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001904/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1904} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001905/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1905} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001906/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1906} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001907/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1907} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001908/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1908} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001909/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1909} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001910/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1910} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001911/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1911} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001912/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1912} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001913/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1913} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001914/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1914} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001915/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1915} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001916/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1916} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001917/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1917} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001918/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1918} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001919/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1919} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001920/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1920} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001921/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1921} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001922/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1922} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001923/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1923} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001924/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1924} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001925/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1925} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001926/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1926} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001927/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1927} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001928/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1928} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001929/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1929} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001930/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1930} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001931/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1931} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001932/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1932} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001933/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1933} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001934/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1934} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001935/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1935} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001936/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1936} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001937/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1937} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001938/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1938} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001939/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1939} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001940/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1940} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001941/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1941} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001942/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1942} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001943/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1943} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001944/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1944} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001945/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1945} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001946/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1946} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001947/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1947} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001948/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1948} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001949/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1949} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001950/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1950} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001951/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1951} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001952/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1952} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001953/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1953} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001954/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1954} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001955/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1955} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001956/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1956} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001957/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1957} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001958/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1958} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001959/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1959} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001960/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1960} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001961/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1961} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001962/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1962} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001963/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1963} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001964/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1964} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001965/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1965} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001966/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1966} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001967/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1967} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001968/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1968} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001969/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1969} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001970/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1970} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001971/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1971} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001972/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1972} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001973/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1973} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001974/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1974} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001975/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1975} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001976/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1976} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001977/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1977} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001978/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1978} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001979/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1979} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001980/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1980} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001981/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1981} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001982/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1982} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001983/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1983} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001984/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1984} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001985/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1985} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001986/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1986} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001987/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1987} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001988/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1988} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001989/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1989} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001990/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1990} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001991/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1991} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001992/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1992} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001993/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1993} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001994/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1994} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001995/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1995} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001996/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1996} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001997/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1997} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001998/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1998} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001999/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 1999} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002000/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2000} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002001/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2001} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002002/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2002} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002003/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2003} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002004/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2004} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002005/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2005} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002006/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2006} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002007/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2007} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002008/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2008} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002009/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2009} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002010/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2010} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002011/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2011} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002012/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2012} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002013/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2013} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002014/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2014} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002015/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2015} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002016/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2016} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002017/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2017} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002018/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2018} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002019/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2019} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002020/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2020} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002021/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2021} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002022/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2022} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002023/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2023} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002024/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2024} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002025/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2025} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002026/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2026} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002027/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2027} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002028/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2028} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002029/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2029} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002030/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2030} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002031/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2031} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002032/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2032} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002033/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2033} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002034/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2034} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002035/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2035} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002036/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2036} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002037/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2037} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002038/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2038} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002039/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2039} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002040/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2040} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002041/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2041} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002042/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2042} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002043/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2043} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002044/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2044} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002045/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2045} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002046/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2046} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002047/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2047} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002048/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2048} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002049/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2049} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002050/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2050} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002051/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2051} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002052/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2052} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002053/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2053} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002054/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2054} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002055/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2055} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002056/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2056} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002057/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2057} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002058/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2058} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002059/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2059} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002060/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2060} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002061/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2061} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002062/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2062} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002063/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2063} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002064/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2064} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002065/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2065} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002066/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2066} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002067/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2067} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002068/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2068} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002069/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2069} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002070/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2070} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002071/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2071} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002072/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2072} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002073/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2073} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002074/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2074} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002075/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2075} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002076/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2076} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002077/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2077} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002078/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2078} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002079/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2079} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002080/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2080} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002081/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2081} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002082/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2082} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002083/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2083} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002084/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2084} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002085/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2085} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002086/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2086} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002087/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2087} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002088/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2088} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002089/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2089} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002090/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2090} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002091/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2091} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002092/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2092} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002093/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2093} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002094/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2094} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002095/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2095} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002096/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2096} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002097/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2097} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002098/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2098} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002099/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2099} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002100/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2100} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002101/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2101} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002102/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2102} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002103/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2103} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002104/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2104} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002105/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2105} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002106/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2106} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002107/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2107} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002108/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2108} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002109/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2109} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002110/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2110} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002111/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2111} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002112/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2112} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002113/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2113} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002114/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2114} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002115/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2115} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002116/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2116} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002117/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2117} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002118/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2118} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002119/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2119} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002120/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2120} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002121/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2121} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002122/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2122} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002123/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2123} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002124/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2124} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002125/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2125} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002126/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2126} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002127/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2127} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002128/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2128} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002129/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2129} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002130/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2130} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002131/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2131} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002132/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2132} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002133/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2133} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002134/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2134} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002135/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2135} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002136/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2136} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002137/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2137} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002138/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2138} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002139/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2139} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002140/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2140} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002141/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2141} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002142/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2142} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002143/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2143} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002144/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2144} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002145/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2145} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002146/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2146} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002147/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2147} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002148/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2148} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002149/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2149} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002150/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2150} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002151/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2151} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002152/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2152} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002153/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2153} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002154/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2154} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002155/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2155} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002156/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2156} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002157/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2157} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002158/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2158} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002159/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2159} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002160/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2160} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002161/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2161} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002162/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2162} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002163/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2163} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002164/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2164} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002165/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2165} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002166/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2166} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002167/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2167} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002168/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2168} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002169/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2169} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002170/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2170} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002171/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2171} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002172/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2172} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002173/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2173} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002174/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2174} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002175/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2175} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002176/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2176} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002177/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2177} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002178/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2178} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002179/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2179} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002180/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2180} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002181/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2181} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002182/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2182} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002183/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2183} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002184/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2184} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002185/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2185} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002186/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2186} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002187/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2187} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002188/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2188} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002189/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2189} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002190/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2190} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002191/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2191} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002192/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2192} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002193/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2193} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002194/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2194} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002195/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2195} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002196/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2196} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002197/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2197} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002198/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2198} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002199/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2199} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002200/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2200} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002201/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2201} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002202/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2202} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002203/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2203} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002204/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2204} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002205/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2205} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002206/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2206} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002207/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2207} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002208/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2208} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002209/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2209} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002210/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2210} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002211/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2211} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002212/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2212} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002213/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2213} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002214/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2214} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002215/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2215} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002216/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2216} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002217/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2217} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002218/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2218} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002219/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2219} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002220/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2220} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002221/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2221} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002222/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2222} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002223/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2223} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002224/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2224} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002225/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2225} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002226/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2226} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002227/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2227} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002228/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2228} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002229/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2229} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002230/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2230} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002231/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2231} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002232/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2232} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002233/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2233} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002234/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2234} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002235/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2235} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002236/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2236} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002237/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2237} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002238/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2238} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002239/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2239} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002240/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2240} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002241/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2241} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002242/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2242} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002243/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2243} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002244/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2244} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002245/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2245} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002246/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2246} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002247/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2247} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002248/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2248} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002249/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2249} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002250/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2250} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002251/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2251} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002252/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2252} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002253/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2253} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002254/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2254} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002255/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2255} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002256/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2256} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002257/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2257} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002258/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2258} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002259/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2259} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002260/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2260} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002261/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2261} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002262/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2262} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002263/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2263} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002264/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2264} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002265/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2265} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002266/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2266} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002267/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2267} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002268/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2268} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002269/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2269} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002270/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2270} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002271/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2271} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002272/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2272} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002273/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2273} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002274/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2274} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002275/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2275} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002276/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2276} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002277/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2277} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002278/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2278} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002279/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2279} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002280/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2280} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002281/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2281} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002282/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2282} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002283/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2283} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002284/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2284} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002285/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2285} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002286/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2286} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002287/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2287} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002288/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2288} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002289/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2289} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002290/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2290} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002291/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2291} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002292/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2292} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002293/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2293} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002294/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2294} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002295/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2295} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002296/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2296} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002297/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2297} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002298/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2298} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002299/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2299} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002300/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2300} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002301/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2301} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002302/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2302} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002303/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2303} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002304/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2304} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002305/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2305} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002306/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2306} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002307/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2307} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002308/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2308} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002309/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2309} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002310/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2310} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002311/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2311} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002312/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2312} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002313/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2313} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002314/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2314} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002315/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2315} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002316/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2316} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002317/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2317} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002318/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2318} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002319/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2319} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002320/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2320} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002321/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2321} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002322/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2322} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002323/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2323} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002324/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2324} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002325/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2325} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002326/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2326} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002327/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2327} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002328/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2328} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002329/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2329} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002330/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2330} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002331/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2331} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002332/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2332} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002333/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2333} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002334/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2334} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002335/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2335} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002336/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2336} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002337/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2337} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002338/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2338} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002339/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2339} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002340/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2340} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002341/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2341} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002342/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2342} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002343/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2343} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002344/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2344} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002345/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2345} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002346/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2346} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002347/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2347} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002348/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2348} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002349/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2349} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002350/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2350} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002351/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2351} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002352/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2352} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002353/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2353} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002354/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2354} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002355/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2355} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002356/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2356} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002357/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2357} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002358/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2358} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002359/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2359} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002360/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2360} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002361/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2361} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002362/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2362} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002363/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2363} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002364/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2364} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002365/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2365} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002366/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2366} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002367/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2367} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002368/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2368} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002369/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2369} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002370/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2370} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002371/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2371} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002372/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2372} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002373/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2373} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002374/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2374} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002375/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2375} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002376/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2376} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002377/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2377} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002378/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2378} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002379/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2379} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002380/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2380} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002381/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2381} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002382/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2382} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002383/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2383} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002384/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2384} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002385/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2385} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002386/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2386} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002387/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2387} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002388/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2388} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002389/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2389} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002390/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2390} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002391/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2391} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002392/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2392} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002393/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2393} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002394/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2394} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002395/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2395} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002396/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2396} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002397/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2397} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002398/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2398} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002399/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2399} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002400/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2400} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002401/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2401} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002402/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2402} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002403/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2403} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002404/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2404} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002405/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2405} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002406/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2406} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002407/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2407} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002408/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2408} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002409/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2409} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002410/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2410} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002411/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2411} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002412/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2412} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002413/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2413} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002414/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2414} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002415/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2415} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002416/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2416} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002417/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2417} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002418/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2418} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002419/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2419} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002420/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2420} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002421/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2421} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002422/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2422} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002423/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2423} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002424/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2424} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002425/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2425} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002426/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2426} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002427/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2427} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002428/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2428} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002429/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2429} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002430/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2430} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002431/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2431} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002432/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2432} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002433/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2433} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002434/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2434} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002435/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2435} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002436/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2436} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002437/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2437} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002438/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2438} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002439/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2439} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002440/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2440} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002441/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2441} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002442/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2442} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002443/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2443} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002444/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2444} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002445/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2445} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002446/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2446} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002447/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2447} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002448/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2448} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002449/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2449} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002450/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2450} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002451/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2451} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002452/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2452} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002453/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2453} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002454/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2454} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002455/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2455} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002456/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2456} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002457/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2457} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002458/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2458} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002459/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2459} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002460/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2460} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002461/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2461} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002462/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2462} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002463/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2463} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002464/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2464} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002465/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2465} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002466/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2466} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002467/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2467} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002468/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2468} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002469/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2469} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002470/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2470} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002471/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2471} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002472/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2472} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002473/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2473} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002474/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2474} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002475/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2475} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002476/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2476} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002477/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2477} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002478/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2478} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002479/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2479} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002480/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2480} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002481/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2481} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002482/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2482} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002483/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2483} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002484/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2484} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002485/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2485} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002486/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2486} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002487/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2487} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002488/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2488} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002489/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2489} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002490/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2490} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002491/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2491} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002492/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2492} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002493/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2493} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002494/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2494} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002495/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2495} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002496/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2496} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002497/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2497} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002498/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2498} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002499/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2499} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002500/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2500} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002501/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2501} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002502/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2502} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002503/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2503} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002504/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2504} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002505/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2505} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002506/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2506} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002507/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2507} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002508/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2508} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002509/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2509} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002510/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2510} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002511/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2511} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002512/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2512} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002513/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2513} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002514/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2514} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002515/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2515} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002516/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2516} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002517/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2517} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002518/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2518} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002519/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2519} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002520/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2520} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002521/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2521} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002522/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2522} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002523/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2523} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002524/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2524} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002525/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2525} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002526/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2526} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002527/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2527} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002528/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2528} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002529/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2529} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002530/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2530} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002531/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2531} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002532/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2532} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002533/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2533} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002534/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2534} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002535/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2535} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002536/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2536} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002537/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2537} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002538/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2538} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002539/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2539} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002540/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2540} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002541/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2541} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002542/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2542} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002543/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2543} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002544/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2544} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002545/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2545} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002546/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2546} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002547/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2547} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002548/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2548} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002549/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2549} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002550/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2550} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002551/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2551} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002552/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2552} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002553/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2553} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002554/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2554} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002555/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2555} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002556/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2556} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002557/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2557} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002558/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2558} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002559/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2559} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002560/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2560} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002561/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2561} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002562/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2562} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002563/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2563} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002564/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2564} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002565/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2565} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002566/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2566} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002567/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2567} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002568/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2568} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002569/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2569} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002570/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2570} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002571/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2571} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002572/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2572} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002573/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2573} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002574/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2574} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002575/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2575} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002576/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2576} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002577/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2577} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002578/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2578} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002579/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2579} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002580/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2580} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002581/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2581} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002582/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2582} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002583/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2583} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002584/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2584} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002585/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2585} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002586/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2586} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002587/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2587} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002588/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2588} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002589/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2589} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002590/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2590} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002591/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2591} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002592/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2592} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002593/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2593} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002594/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2594} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002595/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2595} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002596/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2596} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002597/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2597} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002598/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2598} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002599/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2599} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002600/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2600} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002601/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2601} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002602/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2602} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002603/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2603} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002604/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2604} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002605/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2605} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002606/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2606} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002607/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2607} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002608/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2608} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002609/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2609} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002610/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2610} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002611/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2611} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002612/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2612} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002613/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2613} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002614/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2614} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002615/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2615} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002616/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2616} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002617/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2617} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002618/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2618} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002619/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2619} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002620/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2620} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002621/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2621} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002622/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2622} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002623/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2623} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002624/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2624} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002625/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2625} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002626/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2626} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002627/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2627} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002628/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2628} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002629/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2629} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002630/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2630} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002631/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2631} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002632/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2632} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002633/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2633} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002634/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2634} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002635/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2635} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002636/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2636} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002637/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2637} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002638/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2638} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002639/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2639} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002640/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2640} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002641/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2641} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002642/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2642} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002643/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2643} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002644/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2644} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002645/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2645} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002646/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2646} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002647/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2647} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002648/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2648} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002649/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2649} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002650/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2650} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002651/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2651} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002652/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2652} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002653/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2653} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002654/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2654} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002655/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2655} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002656/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2656} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002657/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2657} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002658/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2658} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002659/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2659} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002660/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2660} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002661/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2661} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002662/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2662} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002663/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2663} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002664/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2664} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002665/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2665} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002666/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2666} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002667/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2667} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002668/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2668} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002669/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2669} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002670/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2670} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002671/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2671} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002672/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2672} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002673/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2673} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002674/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2674} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002675/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2675} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002676/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2676} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002677/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2677} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002678/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2678} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002679/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2679} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002680/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2680} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002681/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2681} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002682/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2682} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002683/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2683} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002684/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2684} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002685/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2685} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002686/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2686} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002687/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2687} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002688/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2688} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002689/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2689} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002690/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2690} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002691/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2691} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002692/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2692} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002693/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2693} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002694/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2694} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002695/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2695} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002696/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2696} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002697/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2697} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002698/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2698} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002699/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2699} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002700/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2700} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002701/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2701} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002702/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2702} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002703/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2703} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002704/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2704} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002705/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2705} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002706/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2706} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002707/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2707} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002708/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2708} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002709/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2709} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002710/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2710} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002711/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2711} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002712/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2712} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002713/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2713} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002714/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2714} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002715/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2715} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002716/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2716} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002717/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2717} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002718/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2718} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002719/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2719} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002720/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2720} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002721/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2721} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002722/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2722} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002723/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2723} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002724/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2724} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002725/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2725} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002726/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2726} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002727/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2727} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002728/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2728} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002729/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2729} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002730/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2730} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002731/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2731} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002732/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2732} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002733/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2733} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002734/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2734} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002735/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2735} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002736/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2736} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002737/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2737} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002738/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2738} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002739/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2739} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002740/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2740} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002741/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2741} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002742/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2742} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002743/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2743} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002744/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2744} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002745/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2745} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002746/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2746} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002747/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2747} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002748/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2748} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002749/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2749} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002750/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2750} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002751/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2751} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002752/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2752} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002753/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2753} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002754/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2754} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002755/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2755} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002756/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2756} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002757/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2757} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002758/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2758} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002759/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2759} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002760/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2760} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002761/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2761} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002762/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2762} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002763/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2763} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002764/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2764} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002765/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2765} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002766/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2766} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002767/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2767} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002768/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2768} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002769/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2769} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002770/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2770} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002771/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2771} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002772/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2772} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002773/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2773} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002774/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2774} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002775/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2775} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002776/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2776} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002777/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2777} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002778/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2778} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002779/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2779} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002780/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2780} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002781/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2781} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002782/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2782} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002783/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2783} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002784/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2784} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002785/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2785} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002786/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2786} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002787/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2787} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002788/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2788} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002789/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2789} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002790/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2790} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002791/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2791} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002792/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2792} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002793/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2793} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002794/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2794} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002795/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2795} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002796/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2796} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002797/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2797} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002798/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2798} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002799/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2799} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002800/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2800} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002801/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2801} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002802/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2802} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002803/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2803} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002804/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2804} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002805/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2805} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002806/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2806} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002807/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2807} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002808/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2808} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002809/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2809} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002810/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2810} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002811/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2811} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002812/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2812} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002813/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2813} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002814/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2814} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002815/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2815} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002816/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2816} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002817/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2817} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002818/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2818} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002819/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2819} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002820/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2820} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002821/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2821} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002822/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2822} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002823/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2823} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002824/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2824} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002825/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2825} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002826/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2826} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002827/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2827} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002828/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2828} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002829/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2829} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002830/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2830} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002831/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2831} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002832/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2832} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002833/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2833} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002834/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2834} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002835/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2835} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002836/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2836} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002837/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2837} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002838/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2838} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002839/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2839} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002840/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2840} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002841/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2841} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002842/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2842} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002843/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2843} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002844/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2844} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002845/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2845} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002846/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2846} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002847/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2847} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002848/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2848} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002849/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2849} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002850/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2850} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002851/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2851} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002852/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2852} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002853/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2853} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002854/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2854} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002855/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2855} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002856/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2856} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002857/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2857} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002858/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2858} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002859/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2859} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002860/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2860} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002861/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2861} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002862/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2862} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002863/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2863} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002864/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2864} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002865/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2865} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002866/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2866} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002867/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2867} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002868/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2868} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002869/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2869} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002870/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2870} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002871/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2871} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002872/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2872} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002873/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2873} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002874/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2874} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002875/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2875} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002876/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2876} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002877/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2877} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002878/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2878} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002879/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2879} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002880/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2880} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002881/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2881} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002882/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2882} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002883/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2883} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002884/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2884} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002885/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2885} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002886/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2886} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002887/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2887} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002888/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2888} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002889/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2889} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002890/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2890} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002891/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2891} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002892/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2892} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002893/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2893} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002894/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2894} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002895/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2895} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002896/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2896} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002897/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2897} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002898/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2898} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002899/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2899} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002900/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2900} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002901/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2901} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002902/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2902} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002903/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2903} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002904/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2904} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002905/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2905} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002906/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2906} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002907/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2907} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002908/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2908} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002909/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2909} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002910/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2910} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002911/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2911} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002912/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2912} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002913/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2913} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002914/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2914} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002915/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2915} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002916/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2916} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002917/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2917} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002918/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2918} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002919/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2919} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002920/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2920} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002921/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2921} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002922/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2922} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002923/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2923} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002924/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2924} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002925/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2925} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002926/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2926} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002927/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2927} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002928/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2928} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002929/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2929} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002930/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2930} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002931/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2931} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002932/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2932} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002933/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2933} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002934/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2934} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002935/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2935} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002936/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2936} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002937/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2937} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002938/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2938} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002939/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2939} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002940/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2940} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002941/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2941} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002942/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2942} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002943/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2943} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002944/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2944} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002945/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2945} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002946/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2946} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002947/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2947} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002948/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2948} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002949/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2949} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002950/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2950} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002951/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2951} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002952/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2952} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002953/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2953} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002954/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2954} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002955/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2955} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002956/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2956} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002957/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2957} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002958/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2958} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002959/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2959} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002960/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2960} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002961/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2961} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002962/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2962} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002963/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2963} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002964/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2964} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002965/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2965} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002966/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2966} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002967/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2967} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002968/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2968} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002969/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2969} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002970/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2970} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002971/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2971} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002972/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2972} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002973/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2973} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002974/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2974} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002975/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2975} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002976/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2976} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002977/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2977} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002978/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2978} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002979/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2979} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002980/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2980} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002981/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2981} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002982/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2982} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002983/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2983} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002984/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2984} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002985/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2985} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002986/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2986} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002987/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2987} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002988/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2988} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002989/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2989} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002990/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2990} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002991/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2991} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002992/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2992} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002993/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2993} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002994/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2994} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002995/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2995} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002996/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2996} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002997/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2997} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002998/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2998} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002999/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 2999} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003000/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3000} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003001/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3001} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003002/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3002} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003003/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3003} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003004/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3004} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003005/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3005} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003006/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3006} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003007/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3007} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003008/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3008} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003009/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3009} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003010/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3010} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003011/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3011} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003012/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3012} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003013/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3013} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003014/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3014} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003015/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3015} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003016/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3016} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003017/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3017} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003018/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3018} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003019/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3019} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003020/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3020} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003021/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3021} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003022/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3022} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003023/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3023} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003024/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3024} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003025/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3025} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003026/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3026} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003027/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3027} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003028/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3028} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003029/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3029} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003030/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3030} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003031/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3031} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003032/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3032} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003033/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3033} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003034/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3034} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003035/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3035} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003036/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3036} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003037/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3037} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003038/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3038} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003039/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3039} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003040/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3040} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003041/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3041} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003042/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3042} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003043/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3043} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003044/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3044} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003045/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3045} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003046/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3046} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003047/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3047} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003048/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3048} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003049/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3049} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003050/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3050} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003051/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3051} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003052/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3052} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003053/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3053} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003054/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3054} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003055/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3055} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003056/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3056} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003057/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3057} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003058/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3058} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003059/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3059} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003060/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3060} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003061/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3061} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003062/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3062} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003063/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3063} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003064/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3064} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003065/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3065} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003066/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3066} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003067/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3067} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003068/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3068} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003069/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3069} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003070/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3070} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003071/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3071} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003072/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3072} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003073/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3073} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003074/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3074} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003075/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3075} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003076/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3076} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003077/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3077} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003078/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3078} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003079/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3079} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003080/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3080} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003081/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3081} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003082/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3082} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003083/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3083} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003084/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3084} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003085/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3085} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003086/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3086} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003087/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3087} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003088/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3088} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003089/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3089} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003090/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3090} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003091/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3091} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003092/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3092} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003093/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3093} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003094/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3094} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003095/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3095} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003096/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3096} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003097/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3097} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003098/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3098} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003099/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3099} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003100/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3100} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003101/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3101} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003102/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3102} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003103/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3103} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003104/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3104} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003105/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3105} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003106/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3106} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003107/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3107} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003108/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3108} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003109/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3109} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003110/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3110} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003111/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3111} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003112/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3112} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003113/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3113} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003114/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3114} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003115/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3115} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003116/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3116} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003117/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3117} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003118/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3118} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003119/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3119} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003120/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3120} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003121/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3121} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003122/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3122} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003123/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3123} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003124/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3124} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003125/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3125} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003126/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3126} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003127/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3127} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003128/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3128} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003129/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3129} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003130/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3130} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003131/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3131} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003132/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3132} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003133/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3133} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003134/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3134} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003135/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3135} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003136/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3136} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003137/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3137} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003138/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3138} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003139/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3139} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003140/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3140} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003141/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3141} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003142/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3142} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003143/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3143} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003144/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3144} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003145/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3145} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003146/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3146} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003147/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3147} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003148/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3148} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003149/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3149} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003150/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3150} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003151/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3151} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003152/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3152} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003153/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3153} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003154/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3154} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003155/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3155} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003156/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3156} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003157/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3157} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003158/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3158} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003159/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3159} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003160/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3160} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003161/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3161} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003162/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3162} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003163/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3163} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003164/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3164} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003165/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3165} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003166/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3166} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003167/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3167} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003168/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3168} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003169/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3169} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003170/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3170} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003171/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3171} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003172/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3172} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003173/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3173} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003174/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3174} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003175/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3175} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003176/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3176} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003177/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3177} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003178/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3178} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003179/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3179} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003180/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3180} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003181/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3181} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003182/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3182} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003183/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3183} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003184/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3184} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003185/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3185} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003186/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3186} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003187/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3187} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003188/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3188} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003189/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3189} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003190/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3190} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003191/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3191} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003192/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3192} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003193/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3193} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003194/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3194} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003195/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3195} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003196/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3196} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003197/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3197} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003198/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3198} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003199/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3199} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003200/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3200} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003201/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3201} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003202/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3202} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003203/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3203} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003204/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3204} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003205/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3205} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003206/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3206} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003207/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3207} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003208/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3208} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003209/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3209} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003210/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3210} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003211/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3211} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003212/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3212} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003213/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3213} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003214/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3214} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003215/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3215} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003216/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3216} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003217/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3217} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003218/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3218} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003219/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3219} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003220/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3220} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003221/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3221} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003222/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3222} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003223/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3223} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003224/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3224} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003225/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3225} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003226/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3226} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003227/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3227} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003228/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3228} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003229/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3229} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003230/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3230} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003231/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3231} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003232/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3232} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003233/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3233} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003234/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3234} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003235/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3235} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003236/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3236} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003237/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3237} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003238/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3238} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003239/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3239} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003240/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3240} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003241/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3241} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003242/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3242} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003243/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3243} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003244/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3244} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003245/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3245} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003246/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3246} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003247/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3247} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003248/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3248} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003249/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3249} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003250/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3250} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003251/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3251} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003252/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3252} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003253/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3253} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003254/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3254} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003255/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3255} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003256/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3256} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003257/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3257} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003258/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3258} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003259/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3259} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003260/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3260} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003261/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3261} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003262/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3262} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003263/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3263} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003264/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3264} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003265/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3265} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003266/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3266} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003267/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3267} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003268/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3268} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003269/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3269} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003270/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3270} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003271/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3271} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003272/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3272} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003273/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3273} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003274/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3274} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003275/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3275} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003276/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3276} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003277/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3277} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003278/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3278} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003279/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3279} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003280/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3280} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003281/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3281} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003282/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3282} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003283/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3283} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003284/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3284} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003285/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3285} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003286/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3286} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003287/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3287} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003288/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3288} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003289/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3289} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003290/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3290} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003291/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3291} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003292/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3292} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003293/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3293} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003294/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3294} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003295/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3295} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003296/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3296} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003297/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3297} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003298/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3298} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003299/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3299} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003300/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3300} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003301/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3301} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003302/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3302} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003303/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3303} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003304/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3304} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003305/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3305} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003306/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3306} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003307/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3307} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003308/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3308} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003309/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3309} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003310/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3310} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003311/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3311} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003312/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3312} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003313/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3313} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003314/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3314} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003315/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3315} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003316/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3316} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003317/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3317} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003318/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3318} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003319/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3319} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003320/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3320} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003321/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3321} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003322/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3322} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003323/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3323} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003324/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3324} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003325/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3325} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003326/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3326} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003327/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3327} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003328/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3328} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003329/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3329} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003330/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3330} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003331/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3331} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003332/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3332} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003333/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3333} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003334/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3334} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003335/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3335} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003336/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3336} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003337/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3337} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003338/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3338} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003339/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3339} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003340/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3340} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003341/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3341} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003342/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3342} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003343/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3343} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003344/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3344} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003345/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3345} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003346/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3346} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003347/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3347} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003348/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3348} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003349/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3349} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003350/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3350} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003351/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3351} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003352/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3352} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003353/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3353} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003354/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3354} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003355/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3355} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003356/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3356} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003357/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3357} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003358/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3358} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003359/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3359} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003360/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3360} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003361/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3361} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003362/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3362} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003363/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3363} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003364/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3364} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003365/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3365} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003366/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3366} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003367/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3367} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003368/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3368} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003369/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3369} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003370/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3370} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003371/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3371} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003372/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3372} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003373/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3373} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003374/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3374} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003375/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3375} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003376/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3376} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003377/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3377} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003378/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3378} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003379/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3379} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003380/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3380} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003381/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3381} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003382/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3382} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003383/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3383} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003384/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3384} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003385/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3385} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003386/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3386} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003387/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3387} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003388/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3388} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003389/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3389} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003390/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3390} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003391/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3391} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003392/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3392} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003393/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3393} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003394/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3394} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003395/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3395} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003396/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3396} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003397/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3397} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003398/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3398} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003399/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3399} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003400/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3400} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003401/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3401} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003402/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3402} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003403/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3403} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003404/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3404} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003405/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3405} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003406/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3406} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003407/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3407} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003408/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3408} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003409/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3409} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003410/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3410} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003411/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3411} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003412/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3412} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003413/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3413} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003414/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3414} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003415/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3415} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003416/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3416} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003417/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3417} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003418/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3418} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003419/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3419} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003420/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3420} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003421/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3421} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003422/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3422} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003423/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3423} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003424/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3424} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003425/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3425} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003426/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3426} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003427/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3427} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003428/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3428} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003429/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3429} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003430/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3430} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003431/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3431} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003432/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3432} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003433/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3433} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003434/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3434} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003435/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3435} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003436/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3436} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003437/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3437} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003438/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3438} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003439/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3439} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003440/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3440} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003441/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3441} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003442/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3442} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003443/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3443} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003444/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3444} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003445/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3445} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003446/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3446} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003447/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3447} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003448/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3448} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003449/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3449} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003450/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3450} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003451/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3451} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003452/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3452} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003453/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3453} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003454/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3454} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003455/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3455} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003456/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3456} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003457/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3457} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003458/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3458} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003459/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3459} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003460/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3460} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003461/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3461} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003462/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3462} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003463/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3463} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003464/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3464} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003465/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3465} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003466/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3466} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003467/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3467} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003468/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3468} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003469/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3469} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003470/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3470} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003471/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3471} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003472/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3472} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003473/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3473} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003474/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3474} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003475/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3475} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003476/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3476} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003477/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3477} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003478/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3478} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003479/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3479} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003480/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3480} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003481/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3481} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003482/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3482} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003483/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3483} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003484/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3484} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003485/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3485} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003486/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3486} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003487/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3487} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003488/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3488} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003489/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3489} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003490/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3490} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003491/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3491} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003492/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3492} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003493/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3493} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003494/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3494} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003495/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3495} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003496/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3496} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003497/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3497} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003498/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3498} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003499/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3499} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003500/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3500} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003501/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3501} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003502/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3502} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003503/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3503} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003504/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3504} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003505/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3505} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003506/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3506} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003507/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3507} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003508/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3508} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003509/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3509} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003510/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3510} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003511/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3511} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003512/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3512} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003513/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3513} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003514/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3514} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003515/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3515} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003516/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3516} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003517/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3517} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003518/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3518} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003519/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3519} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003520/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3520} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003521/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3521} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003522/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3522} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003523/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3523} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003524/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3524} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003525/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3525} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003526/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3526} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003527/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3527} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003528/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3528} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003529/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3529} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003530/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3530} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003531/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3531} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003532/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3532} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003533/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3533} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003534/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3534} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003535/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3535} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003536/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3536} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003537/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3537} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003538/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3538} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003539/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3539} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003540/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3540} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003541/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3541} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003542/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3542} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003543/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3543} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003544/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3544} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003545/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3545} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003546/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3546} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003547/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3547} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003548/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3548} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003549/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3549} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003550/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3550} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003551/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3551} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003552/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3552} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003553/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3553} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003554/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3554} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003555/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3555} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003556/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3556} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003557/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3557} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003558/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3558} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003559/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3559} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003560/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3560} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003561/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3561} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003562/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3562} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003563/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3563} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003564/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3564} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003565/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3565} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003566/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3566} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003567/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3567} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003568/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3568} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003569/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3569} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003570/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3570} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003571/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3571} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003572/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3572} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003573/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3573} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003574/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3574} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003575/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3575} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003576/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3576} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003577/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3577} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003578/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3578} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003579/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3579} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003580/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3580} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003581/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3581} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003582/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3582} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003583/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3583} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003584/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3584} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003585/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3585} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003586/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3586} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003587/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3587} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003588/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3588} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003589/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3589} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003590/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3590} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003591/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3591} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003592/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3592} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003593/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3593} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003594/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3594} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003595/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3595} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003596/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3596} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003597/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3597} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003598/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3598} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003599/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3599} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003600/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3600} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003601/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3601} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003602/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3602} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003603/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3603} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003604/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3604} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003605/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3605} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003606/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3606} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003607/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3607} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003608/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3608} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003609/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3609} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003610/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3610} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003611/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3611} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003612/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3612} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003613/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3613} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003614/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3614} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003615/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3615} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003616/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3616} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003617/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3617} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003618/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3618} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003619/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3619} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003620/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3620} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003621/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3621} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003622/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3622} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003623/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3623} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003624/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3624} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003625/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3625} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003626/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3626} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003627/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3627} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003628/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3628} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003629/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3629} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003630/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3630} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003631/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3631} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003632/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3632} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003633/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3633} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003634/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3634} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003635/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3635} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003636/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3636} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003637/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3637} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003638/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3638} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003639/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3639} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003640/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3640} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003641/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3641} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003642/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3642} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003643/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3643} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003644/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3644} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003645/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3645} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003646/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3646} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003647/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3647} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003648/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3648} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003649/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3649} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003650/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3650} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003651/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3651} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003652/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3652} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003653/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3653} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003654/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3654} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003655/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3655} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003656/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3656} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003657/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3657} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003658/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3658} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003659/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3659} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003660/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3660} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003661/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3661} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003662/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3662} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003663/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3663} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003664/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3664} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003665/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3665} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003666/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3666} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003667/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3667} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003668/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3668} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003669/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3669} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003670/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3670} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003671/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3671} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003672/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3672} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003673/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3673} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003674/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3674} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003675/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3675} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003676/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3676} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003677/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3677} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003678/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3678} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003679/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3679} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003680/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3680} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003681/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3681} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003682/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3682} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003683/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3683} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003684/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3684} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003685/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3685} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003686/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3686} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003687/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3687} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003688/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3688} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003689/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3689} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003690/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3690} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003691/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3691} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003692/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3692} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003693/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3693} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003694/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3694} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003695/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3695} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003696/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3696} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003697/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3697} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003698/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3698} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003699/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3699} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003700/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3700} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003701/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3701} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003702/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3702} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003703/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3703} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003704/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3704} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003705/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3705} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003706/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3706} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003707/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3707} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003708/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3708} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003709/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3709} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003710/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3710} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003711/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3711} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003712/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3712} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003713/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3713} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003714/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3714} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003715/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3715} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003716/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3716} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003717/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3717} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003718/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3718} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003719/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3719} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003720/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3720} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003721/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3721} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003722/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3722} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003723/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3723} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003724/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3724} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003725/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3725} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003726/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3726} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003727/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3727} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003728/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3728} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003729/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3729} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003730/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3730} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003731/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3731} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003732/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3732} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003733/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3733} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003734/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3734} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003735/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3735} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003736/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3736} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003737/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3737} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003738/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3738} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003739/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3739} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003740/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3740} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003741/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3741} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003742/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3742} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003743/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3743} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003744/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3744} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003745/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3745} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003746/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3746} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003747/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3747} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003748/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3748} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003749/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3749} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003750/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3750} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003751/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3751} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003752/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3752} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003753/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3753} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003754/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3754} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003755/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3755} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003756/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3756} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003757/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3757} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003758/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3758} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003759/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3759} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003760/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3760} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003761/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3761} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003762/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3762} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003763/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3763} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003764/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3764} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003765/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3765} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003766/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3766} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003767/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3767} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003768/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3768} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003769/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3769} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003770/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3770} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003771/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3771} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003772/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3772} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003773/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3773} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003774/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3774} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003775/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3775} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003776/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3776} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003777/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3777} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003778/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3778} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003779/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3779} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003780/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3780} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003781/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3781} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003782/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3782} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003783/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3783} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003784/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3784} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003785/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3785} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003786/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3786} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003787/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3787} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003788/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3788} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003789/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3789} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003790/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3790} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003791/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3791} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003792/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3792} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003793/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3793} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003794/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3794} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003795/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3795} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003796/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3796} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003797/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3797} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003798/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3798} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003799/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3799} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003800/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3800} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003801/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3801} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003802/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3802} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003803/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3803} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003804/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3804} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003805/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3805} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003806/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3806} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003807/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3807} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003808/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3808} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003809/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3809} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003810/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3810} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003811/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3811} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003812/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3812} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003813/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3813} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003814/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3814} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003815/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3815} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003816/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3816} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003817/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3817} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003818/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3818} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003819/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3819} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003820/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3820} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003821/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3821} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003822/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3822} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003823/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3823} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003824/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3824} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003825/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3825} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003826/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3826} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003827/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3827} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003828/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3828} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003829/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3829} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003830/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3830} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003831/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3831} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003832/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3832} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003833/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3833} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003834/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3834} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003835/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3835} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003836/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3836} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003837/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3837} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003838/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3838} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003839/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3839} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003840/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3840} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003841/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3841} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003842/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3842} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003843/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3843} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003844/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3844} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003845/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3845} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003846/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3846} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003847/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3847} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003848/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3848} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003849/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3849} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003850/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3850} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003851/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3851} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003852/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3852} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003853/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3853} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003854/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3854} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003855/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3855} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003856/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3856} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003857/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3857} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003858/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3858} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003859/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3859} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003860/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3860} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003861/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3861} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003862/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3862} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003863/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3863} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003864/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3864} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003865/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3865} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003866/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3866} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003867/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3867} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003868/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3868} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003869/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3869} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003870/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3870} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003871/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3871} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003872/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3872} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003873/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3873} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003874/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3874} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003875/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3875} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003876/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3876} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003877/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3877} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003878/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3878} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003879/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3879} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003880/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3880} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003881/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3881} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003882/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3882} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003883/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3883} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003884/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3884} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003885/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3885} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003886/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3886} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003887/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3887} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003888/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3888} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003889/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3889} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003890/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3890} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003891/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3891} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003892/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3892} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003893/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3893} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003894/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3894} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003895/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3895} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003896/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3896} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003897/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3897} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003898/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3898} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003899/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3899} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003900/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3900} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003901/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3901} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003902/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3902} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003903/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3903} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003904/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3904} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003905/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3905} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003906/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3906} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003907/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3907} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003908/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3908} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003909/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3909} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003910/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3910} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003911/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3911} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003912/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3912} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003913/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3913} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003914/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3914} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003915/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3915} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003916/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3916} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003917/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3917} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003918/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3918} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003919/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3919} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003920/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3920} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003921/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3921} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003922/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3922} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003923/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3923} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003924/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3924} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003925/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3925} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003926/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3926} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003927/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3927} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003928/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3928} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003929/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3929} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003930/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3930} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003931/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3931} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003932/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3932} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003933/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3933} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003934/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3934} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003935/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3935} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003936/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3936} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003937/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3937} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003938/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3938} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003939/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3939} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003940/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3940} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003941/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3941} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003942/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3942} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003943/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3943} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003944/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3944} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003945/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3945} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003946/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3946} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003947/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3947} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003948/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3948} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003949/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3949} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003950/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3950} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003951/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3951} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003952/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3952} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003953/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3953} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003954/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3954} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003955/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3955} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003956/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3956} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003957/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3957} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003958/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3958} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003959/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3959} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003960/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3960} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003961/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3961} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003962/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3962} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003963/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3963} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003964/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3964} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003965/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3965} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003966/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3966} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003967/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3967} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003968/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3968} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003969/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3969} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003970/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3970} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003971/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3971} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003972/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3972} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003973/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3973} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003974/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3974} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003975/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3975} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003976/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3976} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003977/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3977} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003978/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3978} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003979/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3979} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003980/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3980} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003981/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3981} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003982/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3982} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003983/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3983} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003984/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3984} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003985/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3985} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003986/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3986} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003987/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3987} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003988/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3988} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003989/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3989} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003990/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3990} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003991/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3991} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003992/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3992} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003993/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3993} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003994/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3994} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003995/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3995} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003996/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3996} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003997/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3997} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003998/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3998} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003999/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 3999} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004000/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4000} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004001/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4001} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004002/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4002} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004003/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4003} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004004/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4004} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004005/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4005} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004006/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4006} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004007/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4007} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004008/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4008} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004009/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4009} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004010/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4010} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004011/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4011} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004012/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4012} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004013/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4013} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004014/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4014} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004015/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4015} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004016/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4016} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004017/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4017} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004018/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4018} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004019/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4019} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004020/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4020} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004021/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4021} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004022/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4022} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004023/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4023} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004024/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4024} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004025/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4025} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004026/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4026} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004027/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4027} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004028/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4028} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004029/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4029} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004030/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4030} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004031/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4031} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004032/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4032} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004033/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4033} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004034/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4034} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004035/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4035} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004036/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4036} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004037/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4037} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004038/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4038} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004039/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4039} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004040/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4040} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004041/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4041} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004042/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4042} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004043/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4043} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004044/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4044} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004045/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4045} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004046/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4046} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004047/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4047} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004048/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4048} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004049/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4049} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004050/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4050} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004051/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4051} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004052/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4052} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004053/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4053} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004054/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4054} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004055/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4055} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004056/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4056} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004057/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4057} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004058/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4058} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004059/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4059} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004060/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4060} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004061/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4061} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004062/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4062} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004063/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4063} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004064/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4064} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004065/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4065} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004066/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4066} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004067/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4067} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004068/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4068} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004069/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4069} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004070/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4070} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004071/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4071} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004072/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4072} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004073/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4073} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004074/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4074} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004075/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4075} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004076/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4076} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004077/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4077} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004078/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4078} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004079/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4079} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004080/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4080} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004081/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4081} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004082/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4082} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004083/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4083} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004084/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4084} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004085/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4085} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004086/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4086} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004087/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4087} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004088/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4088} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004089/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4089} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004090/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4090} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004091/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4091} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004092/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4092} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004093/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4093} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004094/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4094} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004095/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4095} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004096/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4096} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004097/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4097} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004098/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4098} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004099/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4099} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004100/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4100} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004101/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4101} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004102/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4102} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004103/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4103} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004104/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4104} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004105/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4105} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004106/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4106} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004107/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4107} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004108/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4108} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004109/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4109} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004110/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4110} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004111/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4111} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004112/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4112} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004113/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4113} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004114/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4114} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004115/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4115} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004116/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4116} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004117/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4117} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004118/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4118} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004119/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4119} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004120/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4120} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004121/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4121} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004122/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4122} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004123/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4123} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004124/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4124} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004125/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4125} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004126/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4126} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004127/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4127} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004128/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4128} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004129/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4129} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004130/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4130} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004131/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4131} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004132/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4132} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004133/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4133} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004134/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4134} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004135/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4135} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004136/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4136} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004137/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4137} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004138/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4138} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004139/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4139} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004140/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4140} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004141/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4141} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004142/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4142} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004143/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4143} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004144/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4144} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004145/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4145} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004146/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4146} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004147/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4147} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004148/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4148} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004149/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4149} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004150/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4150} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004151/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4151} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004152/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4152} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004153/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4153} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004154/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4154} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004155/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4155} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004156/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4156} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004157/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4157} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004158/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4158} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004159/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4159} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004160/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4160} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004161/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4161} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004162/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4162} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004163/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4163} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004164/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4164} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004165/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4165} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004166/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4166} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004167/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4167} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004168/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4168} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004169/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4169} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004170/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4170} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004171/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4171} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004172/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4172} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004173/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4173} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004174/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4174} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004175/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4175} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004176/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4176} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004177/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4177} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004178/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4178} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004179/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4179} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004180/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4180} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004181/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4181} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004182/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4182} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004183/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4183} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004184/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4184} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004185/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4185} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004186/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4186} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004187/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4187} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004188/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4188} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004189/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4189} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004190/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4190} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004191/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4191} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004192/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4192} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004193/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4193} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004194/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4194} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004195/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4195} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004196/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4196} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004197/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4197} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004198/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4198} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004199/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4199} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004200/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4200} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004201/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4201} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004202/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4202} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004203/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4203} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004204/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4204} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004205/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4205} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004206/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4206} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004207/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4207} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004208/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4208} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004209/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4209} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004210/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4210} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004211/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4211} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004212/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4212} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004213/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4213} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004214/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4214} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004215/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4215} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004216/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4216} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004217/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4217} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004218/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4218} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004219/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4219} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004220/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4220} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004221/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4221} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004222/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4222} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004223/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4223} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004224/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4224} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004225/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4225} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004226/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4226} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004227/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4227} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004228/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4228} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004229/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4229} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004230/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4230} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004231/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4231} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004232/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4232} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004233/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4233} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004234/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4234} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004235/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4235} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004236/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4236} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004237/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4237} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004238/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4238} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004239/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4239} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004240/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4240} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004241/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4241} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004242/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4242} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004243/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4243} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004244/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4244} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004245/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4245} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004246/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4246} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004247/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4247} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004248/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4248} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004249/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4249} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004250/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4250} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004251/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4251} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004252/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4252} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004253/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4253} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004254/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4254} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004255/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4255} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004256/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4256} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004257/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4257} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004258/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4258} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004259/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4259} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004260/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4260} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004261/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4261} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004262/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4262} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004263/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4263} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004264/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4264} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004265/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4265} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004266/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4266} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004267/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4267} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004268/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4268} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004269/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4269} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004270/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4270} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004271/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4271} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004272/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4272} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004273/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4273} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004274/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4274} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004275/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4275} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004276/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4276} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004277/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4277} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004278/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4278} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004279/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4279} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004280/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4280} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004281/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4281} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004282/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4282} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004283/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4283} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004284/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4284} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004285/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4285} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004286/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4286} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004287/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4287} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004288/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4288} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004289/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4289} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004290/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4290} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004291/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4291} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004292/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4292} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004293/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4293} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004294/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4294} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004295/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4295} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004296/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4296} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004297/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4297} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004298/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4298} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004299/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4299} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004300/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4300} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004301/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4301} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004302/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4302} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004303/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4303} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004304/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4304} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004305/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4305} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004306/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4306} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004307/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4307} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004308/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4308} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004309/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4309} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004310/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4310} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004311/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4311} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004312/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4312} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004313/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4313} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004314/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4314} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004315/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4315} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004316/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4316} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004317/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4317} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004318/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4318} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004319/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4319} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004320/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4320} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004321/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4321} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004322/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4322} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004323/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4323} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004324/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4324} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004325/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4325} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004326/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4326} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004327/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4327} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004328/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4328} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004329/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4329} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004330/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4330} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004331/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4331} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004332/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4332} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004333/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4333} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004334/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4334} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004335/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4335} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004336/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4336} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004337/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4337} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004338/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4338} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004339/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4339} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004340/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4340} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004341/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4341} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004342/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4342} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004343/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4343} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004344/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4344} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004345/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4345} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004346/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4346} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004347/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4347} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004348/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4348} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004349/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4349} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004350/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4350} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004351/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4351} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004352/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4352} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004353/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4353} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004354/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4354} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004355/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4355} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004356/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4356} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004357/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4357} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004358/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4358} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004359/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4359} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004360/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4360} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004361/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4361} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004362/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4362} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004363/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4363} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004364/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4364} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004365/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4365} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004366/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4366} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004367/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4367} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004368/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4368} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004369/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4369} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004370/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4370} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004371/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4371} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004372/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4372} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004373/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4373} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004374/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4374} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004375/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4375} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004376/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4376} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004377/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4377} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004378/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4378} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004379/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4379} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004380/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4380} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004381/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4381} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004382/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4382} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004383/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4383} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004384/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4384} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004385/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4385} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004386/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4386} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004387/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4387} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004388/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4388} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004389/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4389} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004390/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4390} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004391/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4391} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004392/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4392} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004393/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4393} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004394/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4394} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004395/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4395} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004396/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4396} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004397/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4397} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004398/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4398} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004399/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4399} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004400/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4400} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004401/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4401} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004402/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4402} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004403/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4403} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004404/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4404} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004405/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4405} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004406/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4406} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004407/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4407} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004408/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4408} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004409/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4409} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004410/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4410} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004411/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4411} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004412/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4412} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004413/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4413} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004414/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4414} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004415/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4415} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004416/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4416} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004417/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4417} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004418/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4418} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004419/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4419} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004420/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4420} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004421/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4421} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004422/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4422} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004423/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4423} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004424/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4424} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004425/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4425} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004426/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4426} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004427/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4427} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004428/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4428} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004429/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4429} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004430/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4430} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004431/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4431} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004432/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4432} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004433/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4433} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004434/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4434} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004435/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4435} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004436/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4436} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004437/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4437} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004438/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4438} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004439/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4439} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004440/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4440} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004441/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4441} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004442/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4442} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004443/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4443} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004444/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4444} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004445/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4445} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004446/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4446} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004447/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4447} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004448/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4448} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004449/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4449} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004450/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4450} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004451/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4451} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004452/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4452} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004453/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4453} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004454/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4454} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004455/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4455} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004456/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4456} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004457/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4457} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004458/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4458} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004459/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4459} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004460/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4460} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004461/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4461} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004462/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4462} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004463/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4463} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004464/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4464} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004465/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4465} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004466/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4466} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004467/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4467} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004468/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4468} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004469/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4469} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004470/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4470} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004471/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4471} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004472/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4472} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004473/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4473} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004474/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4474} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004475/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4475} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004476/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4476} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004477/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4477} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004478/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4478} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004479/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4479} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004480/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4480} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004481/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4481} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004482/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4482} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004483/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4483} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004484/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4484} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004485/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4485} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004486/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4486} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004487/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4487} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004488/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4488} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004489/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4489} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004490/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4490} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004491/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4491} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004492/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4492} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004493/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4493} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004494/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4494} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004495/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4495} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004496/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4496} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004497/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4497} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004498/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4498} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004499/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4499} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004500/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4500} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004501/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4501} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004502/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4502} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004503/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4503} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004504/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4504} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004505/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4505} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004506/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4506} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004507/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4507} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004508/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4508} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004509/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4509} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004510/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4510} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004511/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4511} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004512/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4512} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004513/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4513} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004514/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4514} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004515/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4515} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004516/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4516} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004517/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4517} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004518/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4518} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004519/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4519} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004520/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4520} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004521/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4521} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004522/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4522} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004523/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4523} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004524/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4524} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004525/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4525} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004526/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4526} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004527/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4527} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004528/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4528} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004529/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4529} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004530/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4530} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004531/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4531} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004532/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4532} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004533/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4533} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004534/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4534} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004535/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4535} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004536/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4536} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004537/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4537} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004538/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4538} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004539/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4539} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004540/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4540} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004541/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4541} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004542/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4542} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004543/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4543} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004544/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4544} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004545/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4545} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004546/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4546} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004547/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4547} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004548/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4548} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004549/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4549} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004550/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4550} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004551/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4551} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004552/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4552} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004553/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4553} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004554/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4554} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004555/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4555} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004556/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4556} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004557/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4557} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004558/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4558} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004559/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4559} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004560/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4560} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004561/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4561} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004562/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4562} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004563/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4563} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004564/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4564} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004565/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4565} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004566/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4566} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004567/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4567} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004568/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4568} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004569/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4569} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004570/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4570} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004571/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4571} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004572/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4572} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004573/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4573} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004574/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4574} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004575/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4575} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004576/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4576} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004577/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4577} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004578/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4578} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004579/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4579} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004580/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4580} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004581/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4581} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004582/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4582} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004583/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4583} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004584/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4584} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004585/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4585} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004586/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4586} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004587/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4587} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004588/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4588} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004589/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4589} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004590/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4590} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004591/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4591} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004592/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4592} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004593/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4593} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004594/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4594} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004595/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4595} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004596/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4596} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004597/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4597} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004598/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4598} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004599/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4599} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004600/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4600} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004601/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4601} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004602/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4602} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004603/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4603} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004604/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4604} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004605/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4605} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004606/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4606} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004607/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4607} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004608/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4608} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004609/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4609} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004610/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4610} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004611/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4611} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004612/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4612} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004613/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4613} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004614/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4614} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004615/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4615} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004616/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4616} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004617/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4617} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004618/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4618} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004619/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4619} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004620/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4620} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004621/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4621} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004622/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4622} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004623/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4623} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004624/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4624} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004625/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4625} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004626/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4626} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004627/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4627} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004628/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4628} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004629/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4629} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004630/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4630} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004631/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4631} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004632/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4632} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004633/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4633} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004634/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4634} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004635/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4635} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004636/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4636} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004637/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4637} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004638/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4638} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004639/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4639} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004640/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4640} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004641/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4641} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004642/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4642} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004643/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4643} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004644/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4644} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004645/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4645} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004646/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4646} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004647/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4647} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004648/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4648} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004649/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4649} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004650/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4650} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004651/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4651} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004652/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4652} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004653/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4653} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004654/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4654} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004655/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4655} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004656/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4656} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004657/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4657} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004658/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4658} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004659/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4659} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004660/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4660} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004661/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4661} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004662/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4662} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004663/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4663} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004664/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4664} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004665/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4665} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004666/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4666} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004667/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4667} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004668/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4668} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004669/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4669} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004670/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4670} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004671/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4671} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004672/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4672} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004673/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4673} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004674/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4674} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004675/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4675} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004676/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4676} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004677/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4677} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004678/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4678} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004679/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4679} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004680/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4680} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004681/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4681} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004682/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4682} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004683/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4683} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004684/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4684} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004685/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4685} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004686/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4686} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004687/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4687} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004688/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4688} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004689/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4689} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004690/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4690} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004691/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4691} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004692/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4692} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004693/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4693} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004694/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4694} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004695/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4695} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004696/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4696} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004697/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4697} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004698/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4698} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004699/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4699} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004700/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4700} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004701/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4701} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004702/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4702} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004703/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4703} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004704/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4704} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004705/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4705} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004706/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4706} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004707/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4707} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004708/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4708} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004709/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4709} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004710/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4710} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004711/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4711} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004712/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4712} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004713/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4713} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004714/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4714} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004715/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4715} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004716/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4716} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004717/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4717} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004718/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4718} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004719/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4719} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004720/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4720} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004721/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4721} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004722/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4722} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004723/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4723} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004724/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4724} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004725/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4725} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004726/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4726} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004727/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4727} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004728/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4728} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004729/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4729} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004730/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4730} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004731/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4731} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004732/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4732} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004733/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4733} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004734/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4734} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004735/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4735} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004736/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4736} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004737/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4737} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004738/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4738} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004739/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4739} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004740/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4740} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004741/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4741} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004742/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4742} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004743/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4743} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004744/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4744} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004745/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4745} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004746/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4746} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004747/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4747} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004748/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4748} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004749/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4749} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004750/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4750} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004751/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4751} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004752/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4752} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004753/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4753} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004754/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4754} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004755/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4755} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004756/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4756} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004757/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4757} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004758/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4758} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004759/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4759} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004760/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4760} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004761/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4761} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004762/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4762} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004763/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4763} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004764/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4764} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004765/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4765} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004766/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4766} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004767/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4767} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004768/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4768} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004769/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4769} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004770/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4770} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004771/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4771} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004772/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4772} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004773/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4773} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004774/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4774} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004775/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4775} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004776/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4776} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004777/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4777} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004778/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4778} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004779/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4779} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004780/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4780} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004781/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4781} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004782/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4782} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004783/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4783} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004784/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4784} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004785/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4785} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004786/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4786} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004787/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4787} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004788/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4788} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004789/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4789} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004790/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4790} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004791/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4791} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004792/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4792} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004793/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4793} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004794/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4794} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004795/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4795} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004796/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4796} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004797/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4797} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004798/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4798} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004799/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4799} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004800/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4800} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004801/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4801} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004802/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4802} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004803/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4803} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004804/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4804} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004805/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4805} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004806/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4806} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004807/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4807} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004808/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4808} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004809/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4809} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004810/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4810} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004811/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4811} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004812/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4812} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004813/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4813} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004814/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4814} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004815/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4815} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004816/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4816} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004817/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4817} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004818/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4818} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004819/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4819} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004820/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4820} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004821/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4821} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004822/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4822} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004823/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4823} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004824/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4824} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004825/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4825} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004826/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4826} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004827/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4827} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004828/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4828} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004829/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4829} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004830/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4830} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004831/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4831} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004832/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4832} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004833/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4833} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004834/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4834} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004835/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4835} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004836/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4836} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004837/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4837} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004838/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4838} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004839/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4839} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004840/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4840} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004841/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4841} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004842/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4842} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004843/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4843} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004844/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4844} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004845/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4845} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004846/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4846} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004847/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4847} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004848/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4848} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004849/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4849} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004850/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4850} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004851/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4851} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004852/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4852} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004853/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4853} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004854/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4854} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004855/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4855} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004856/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4856} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004857/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4857} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004858/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4858} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004859/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4859} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004860/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4860} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004861/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4861} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004862/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4862} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004863/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4863} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004864/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4864} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004865/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4865} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004866/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4866} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004867/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4867} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004868/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4868} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004869/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4869} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004870/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4870} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004871/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4871} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004872/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4872} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004873/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4873} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004874/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4874} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004875/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4875} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004876/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4876} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004877/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4877} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004878/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4878} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004879/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4879} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004880/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4880} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004881/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4881} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004882/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4882} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004883/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4883} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004884/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4884} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004885/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4885} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004886/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4886} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004887/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4887} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004888/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4888} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004889/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4889} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004890/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4890} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004891/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4891} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004892/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4892} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004893/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4893} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004894/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4894} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004895/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4895} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004896/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4896} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004897/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4897} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004898/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4898} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004899/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4899} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004900/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4900} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004901/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4901} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004902/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4902} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004903/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4903} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004904/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4904} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004905/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4905} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004906/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4906} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004907/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4907} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004908/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4908} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004909/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4909} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004910/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4910} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004911/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4911} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004912/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4912} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004913/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4913} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004914/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4914} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004915/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4915} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004916/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4916} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004917/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4917} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004918/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4918} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004919/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4919} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004920/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4920} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004921/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4921} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004922/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4922} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004923/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4923} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004924/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4924} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004925/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4925} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004926/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4926} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004927/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4927} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004928/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4928} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004929/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4929} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004930/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4930} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004931/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4931} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004932/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4932} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004933/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4933} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004934/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4934} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004935/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4935} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004936/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4936} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004937/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4937} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004938/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4938} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004939/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4939} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004940/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4940} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004941/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4941} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004942/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4942} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004943/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4943} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004944/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4944} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004945/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4945} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004946/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4946} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004947/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4947} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004948/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4948} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004949/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4949} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004950/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4950} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004951/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4951} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004952/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4952} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004953/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4953} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004954/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4954} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004955/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4955} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004956/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4956} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004957/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4957} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004958/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4958} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004959/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4959} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004960/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4960} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004961/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4961} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004962/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4962} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004963/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4963} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004964/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4964} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004965/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4965} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004966/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4966} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004967/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4967} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004968/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4968} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004969/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4969} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004970/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4970} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004971/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4971} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004972/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4972} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004973/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4973} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004974/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4974} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004975/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4975} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004976/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4976} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004977/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4977} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004978/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4978} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004979/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4979} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004980/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4980} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004981/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4981} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004982/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4982} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004983/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4983} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004984/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4984} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004985/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4985} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004986/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4986} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004987/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4987} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004988/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4988} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004989/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4989} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004990/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4990} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004991/video/ground_truth.mp4", "text_annot": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4991} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004992/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4992} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004993/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4993} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004994/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4994} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004995/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4995} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004996/video/ground_truth.mp4", "text_annot": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4996} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004997/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4997} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004998/video/ground_truth.mp4", "text_annot": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4998} -{"clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004999/video/ground_truth.mp4", "text_annot": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged.", "id": 4999} +{"sample_id": "count_clusters_00000000", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000000/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000000/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000000/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000000/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000001", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000001/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000001/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000001/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000001/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000002", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000002/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000002/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000002/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000002/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000003", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000003/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000003/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000003/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000003/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000004", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000004/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000004/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000004/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000004/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000005", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000005/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000005/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000005/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000005/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000006", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000006/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000006/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000006/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000006/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000007", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000007/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000007/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000007/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000007/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000008", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000008/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000008/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000008/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000008/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000009", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000009/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000009/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000009/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000009/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000010", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000010/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000010/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000010/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000010/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000011", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000011/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000011/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000011/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000011/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000012", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000012/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000012/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000012/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000012/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000013", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000013/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000013/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000013/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000013/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000014", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000014/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000014/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000014/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000014/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000015", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000015/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000015/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000015/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000015/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000016", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000016/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000016/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000016/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000016/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000017", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000017/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000017/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000017/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000017/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000018", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000018/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000018/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000018/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000018/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000019", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000019/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000019/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000019/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000019/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000020", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000020/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000020/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000020/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000020/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000021", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000021/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000021/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000021/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000021/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000022", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000022/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000022/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000022/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000022/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000023", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000023/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000023/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000023/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000023/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000024", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000024/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000024/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000024/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000024/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000025", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000025/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000025/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000025/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000025/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000026", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000026/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000026/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000026/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000026/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000027", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000027/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000027/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000027/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000027/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000028", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000028/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000028/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000028/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000028/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000029", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000029/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000029/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000029/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000029/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000030", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000030/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000030/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000030/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000030/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000031", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000031/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000031/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000031/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000031/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000032", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000032/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000032/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000032/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000032/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000033", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000033/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000033/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000033/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000033/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000034", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000034/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000034/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000034/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000034/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000035", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000035/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000035/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000035/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000035/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000036", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000036/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000036/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000036/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000036/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000037", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000037/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000037/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000037/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000037/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000038", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000038/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000038/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000038/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000038/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000039", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000039/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000039/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000039/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000039/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000040", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000040/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000040/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000040/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000040/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000041", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000041/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000041/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000041/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000041/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000042", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000042/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000042/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000042/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000042/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000043", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000043/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000043/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000043/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000043/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000044", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000044/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000044/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000044/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000044/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000045", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000045/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000045/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000045/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000045/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000046", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000046/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000046/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000046/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000046/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000047", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000047/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000047/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000047/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000047/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000048", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000048/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000048/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000048/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000048/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000049", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000049/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000049/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000049/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000049/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000050", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000050/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000050/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000050/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000050/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000051", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000051/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000051/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000051/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000051/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000052", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000052/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000052/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000052/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000052/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000053", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000053/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000053/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000053/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000053/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000054", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000054/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000054/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000054/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000054/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000055", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000055/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000055/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000055/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000055/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000056", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000056/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000056/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000056/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000056/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000057", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000057/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000057/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000057/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000057/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000058", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000058/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000058/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000058/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000058/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000059", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000059/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000059/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000059/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000059/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000060", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000060/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000060/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000060/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000060/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000061", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000061/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000061/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000061/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000061/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000062", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000062/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000062/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000062/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000062/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000063", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000063/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000063/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000063/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000063/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000064", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000064/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000064/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000064/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000064/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000065", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000065/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000065/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000065/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000065/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000066", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000066/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000066/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000066/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000066/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000067", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000067/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000067/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000067/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000067/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000068", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000068/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000068/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000068/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000068/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000069", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000069/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000069/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000069/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000069/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000070", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000070/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000070/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000070/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000070/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000071", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000071/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000071/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000071/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000071/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000072", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000072/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000072/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000072/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000072/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000073", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000073/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000073/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000073/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000073/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000074", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000074/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000074/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000074/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000074/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000075", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000075/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000075/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000075/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000075/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000076", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000076/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000076/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000076/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000076/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000077", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000077/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000077/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000077/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000077/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000078", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000078/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000078/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000078/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000078/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000079", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000079/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000079/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000079/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000079/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000080", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000080/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000080/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000080/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000080/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000081", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000081/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000081/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000081/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000081/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000082", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000082/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000082/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000082/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000082/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000083", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000083/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000083/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000083/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000083/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000084", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000084/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000084/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000084/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000084/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000085", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000085/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000085/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000085/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000085/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000086", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000086/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000086/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000086/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000086/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000087", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000087/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000087/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000087/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000087/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000088", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000088/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000088/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000088/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000088/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000089", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000089/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000089/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000089/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000089/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000090", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000090/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000090/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000090/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000090/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000091", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000091/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000091/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000091/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000091/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000092", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000092/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000092/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000092/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000092/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000093", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000093/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000093/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000093/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000093/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000094", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000094/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000094/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000094/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000094/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000095", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000095/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000095/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000095/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000095/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000096", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000096/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000096/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000096/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000096/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000097", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000097/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000097/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000097/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000097/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000098", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000098/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000098/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000098/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000098/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000099", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000099/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000099/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000099/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000099/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000100", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000100/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000100/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000100/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000100/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000101", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000101/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000101/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000101/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000101/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000102", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000102/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000102/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000102/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000102/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000103", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000103/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000103/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000103/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000103/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000104", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000104/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000104/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000104/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000104/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000105", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000105/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000105/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000105/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000105/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000106", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000106/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000106/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000106/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000106/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000107", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000107/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000107/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000107/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000107/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000108", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000108/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000108/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000108/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000108/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000109", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000109/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000109/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000109/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000109/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000110", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000110/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000110/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000110/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000110/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000111", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000111/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000111/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000111/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000111/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000112", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000112/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000112/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000112/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000112/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000113", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000113/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000113/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000113/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000113/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000114", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000114/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000114/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000114/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000114/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000115", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000115/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000115/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000115/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000115/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000116", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000116/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000116/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000116/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000116/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000117", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000117/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000117/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000117/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000117/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000118", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000118/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000118/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000118/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000118/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000119", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000119/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000119/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000119/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000119/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000120", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000120/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000120/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000120/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000120/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000121", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000121/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000121/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000121/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000121/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000122", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000122/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000122/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000122/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000122/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000123", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000123/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000123/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000123/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000123/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000124", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000124/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000124/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000124/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000124/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000125", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000125/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000125/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000125/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000125/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000126", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000126/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000126/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000126/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000126/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000127", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000127/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000127/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000127/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000127/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000128", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000128/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000128/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000128/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000128/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000129", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000129/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000129/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000129/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000129/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000130", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000130/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000130/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000130/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000130/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000131", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000131/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000131/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000131/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000131/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000132", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000132/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000132/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000132/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000132/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000133", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000133/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000133/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000133/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000133/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000134", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000134/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000134/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000134/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000134/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000135", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000135/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000135/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000135/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000135/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000136", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000136/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000136/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000136/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000136/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000137", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000137/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000137/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000137/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000137/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000138", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000138/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000138/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000138/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000138/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000139", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000139/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000139/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000139/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000139/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000140", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000140/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000140/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000140/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000140/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000141", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000141/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000141/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000141/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000141/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000142", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000142/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000142/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000142/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000142/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000143", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000143/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000143/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000143/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000143/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000144", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000144/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000144/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000144/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000144/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000145", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000145/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000145/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000145/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000145/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000146", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000146/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000146/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000146/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000146/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000147", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000147/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000147/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000147/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000147/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000148", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000148/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000148/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000148/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000148/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000149", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000149/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000149/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000149/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000149/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000150", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000150/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000150/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000150/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000150/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000151", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000151/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000151/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000151/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000151/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000152", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000152/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000152/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000152/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000152/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000153", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000153/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000153/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000153/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000153/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000154", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000154/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000154/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000154/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000154/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000155", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000155/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000155/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000155/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000155/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000156", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000156/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000156/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000156/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000156/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000157", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000157/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000157/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000157/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000157/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000158", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000158/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000158/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000158/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000158/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000159", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000159/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000159/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000159/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000159/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000160", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000160/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000160/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000160/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000160/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000161", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000161/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000161/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000161/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000161/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000162", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000162/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000162/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000162/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000162/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000163", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000163/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000163/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000163/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000163/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000164", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000164/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000164/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000164/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000164/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000165", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000165/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000165/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000165/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000165/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000166", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000166/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000166/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000166/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000166/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000167", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000167/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000167/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000167/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000167/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000168", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000168/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000168/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000168/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000168/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000169", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000169/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000169/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000169/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000169/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000170", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000170/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000170/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000170/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000170/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000171", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000171/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000171/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000171/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000171/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000172", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000172/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000172/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000172/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000172/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000173", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000173/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000173/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000173/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000173/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000174", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000174/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000174/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000174/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000174/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000175", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000175/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000175/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000175/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000175/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000176", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000176/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000176/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000176/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000176/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000177", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000177/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000177/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000177/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000177/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000178", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000178/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000178/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000178/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000178/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000179", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000179/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000179/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000179/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000179/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000180", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000180/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000180/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000180/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000180/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000181", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000181/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000181/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000181/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000181/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000182", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000182/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000182/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000182/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000182/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000183", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000183/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000183/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000183/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000183/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000184", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000184/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000184/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000184/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000184/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000185", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000185/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000185/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000185/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000185/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000186", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000186/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000186/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000186/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000186/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000187", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000187/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000187/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000187/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000187/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000188", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000188/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000188/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000188/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000188/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000189", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000189/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000189/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000189/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000189/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000190", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000190/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000190/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000190/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000190/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000191", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000191/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000191/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000191/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000191/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000192", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000192/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000192/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000192/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000192/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000193", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000193/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000193/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000193/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000193/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000194", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000194/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000194/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000194/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000194/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000195", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000195/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000195/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000195/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000195/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000196", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000196/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000196/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000196/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000196/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000197", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000197/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000197/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000197/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000197/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000198", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000198/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000198/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000198/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000198/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000199", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000199/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000199/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000199/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000199/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000200", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000200/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000200/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000200/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000200/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000201", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000201/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000201/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000201/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000201/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000202", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000202/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000202/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000202/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000202/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000203", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000203/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000203/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000203/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000203/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000204", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000204/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000204/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000204/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000204/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000205", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000205/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000205/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000205/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000205/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000206", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000206/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000206/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000206/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000206/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000207", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000207/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000207/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000207/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000207/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000208", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000208/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000208/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000208/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000208/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000209", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000209/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000209/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000209/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000209/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000210", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000210/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000210/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000210/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000210/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000211", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000211/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000211/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000211/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000211/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000212", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000212/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000212/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000212/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000212/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000213", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000213/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000213/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000213/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000213/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000214", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000214/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000214/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000214/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000214/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000215", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000215/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000215/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000215/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000215/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000216", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000216/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000216/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000216/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000216/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000217", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000217/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000217/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000217/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000217/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000218", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000218/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000218/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000218/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000218/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000219", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000219/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000219/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000219/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000219/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000220", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000220/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000220/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000220/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000220/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000221", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000221/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000221/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000221/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000221/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000222", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000222/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000222/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000222/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000222/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000223", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000223/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000223/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000223/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000223/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000224", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000224/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000224/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000224/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000224/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000225", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000225/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000225/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000225/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000225/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000226", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000226/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000226/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000226/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000226/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000227", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000227/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000227/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000227/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000227/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000228", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000228/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000228/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000228/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000228/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000229", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000229/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000229/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000229/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000229/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000230", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000230/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000230/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000230/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000230/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000231", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000231/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000231/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000231/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000231/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000232", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000232/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000232/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000232/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000232/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000233", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000233/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000233/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000233/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000233/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000234", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000234/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000234/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000234/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000234/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000235", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000235/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000235/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000235/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000235/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000236", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000236/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000236/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000236/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000236/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000237", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000237/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000237/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000237/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000237/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000238", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000238/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000238/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000238/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000238/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000239", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000239/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000239/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000239/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000239/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000240", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000240/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000240/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000240/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000240/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000241", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000241/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000241/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000241/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000241/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000242", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000242/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000242/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000242/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000242/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000243", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000243/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000243/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000243/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000243/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000244", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000244/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000244/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000244/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000244/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000245", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000245/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000245/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000245/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000245/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000246", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000246/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000246/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000246/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000246/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000247", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000247/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000247/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000247/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000247/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000248", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000248/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000248/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000248/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000248/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000249", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000249/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000249/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000249/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000249/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000250", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000250/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000250/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000250/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000250/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000251", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000251/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000251/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000251/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000251/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000252", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000252/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000252/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000252/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000252/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000253", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000253/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000253/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000253/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000253/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000254", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000254/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000254/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000254/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000254/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000255", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000255/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000255/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000255/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000255/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000256", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000256/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000256/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000256/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000256/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000257", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000257/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000257/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000257/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000257/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000258", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000258/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000258/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000258/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000258/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000259", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000259/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000259/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000259/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000259/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000260", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000260/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000260/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000260/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000260/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000261", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000261/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000261/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000261/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000261/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000262", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000262/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000262/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000262/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000262/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000263", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000263/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000263/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000263/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000263/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000264", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000264/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000264/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000264/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000264/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000265", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000265/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000265/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000265/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000265/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000266", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000266/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000266/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000266/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000266/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000267", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000267/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000267/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000267/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000267/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000268", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000268/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000268/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000268/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000268/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000269", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000269/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000269/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000269/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000269/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000270", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000270/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000270/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000270/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000270/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000271", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000271/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000271/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000271/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000271/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000272", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000272/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000272/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000272/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000272/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000273", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000273/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000273/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000273/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000273/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000274", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000274/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000274/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000274/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000274/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000275", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000275/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000275/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000275/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000275/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000276", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000276/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000276/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000276/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000276/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000277", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000277/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000277/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000277/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000277/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000278", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000278/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000278/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000278/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000278/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000279", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000279/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000279/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000279/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000279/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000280", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000280/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000280/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000280/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000280/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000281", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000281/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000281/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000281/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000281/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000282", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000282/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000282/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000282/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000282/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000283", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000283/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000283/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000283/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000283/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000284", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000284/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000284/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000284/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000284/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000285", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000285/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000285/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000285/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000285/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000286", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000286/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000286/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000286/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000286/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000287", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000287/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000287/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000287/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000287/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000288", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000288/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000288/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000288/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000288/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000289", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000289/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000289/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000289/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000289/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000290", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000290/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000290/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000290/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000290/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000291", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000291/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000291/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000291/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000291/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000292", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000292/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000292/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000292/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000292/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000293", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000293/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000293/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000293/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000293/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000294", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000294/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000294/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000294/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000294/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000295", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000295/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000295/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000295/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000295/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000296", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000296/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000296/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000296/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000296/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000297", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000297/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000297/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000297/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000297/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000298", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000298/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000298/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000298/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000298/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000299", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000299/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000299/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000299/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000299/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000300", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000300/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000300/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000300/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000300/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000301", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000301/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000301/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000301/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000301/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000302", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000302/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000302/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000302/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000302/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000303", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000303/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000303/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000303/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000303/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000304", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000304/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000304/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000304/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000304/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000305", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000305/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000305/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000305/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000305/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000306", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000306/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000306/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000306/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000306/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000307", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000307/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000307/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000307/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000307/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000308", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000308/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000308/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000308/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000308/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000309", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000309/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000309/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000309/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000309/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000310", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000310/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000310/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000310/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000310/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000311", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000311/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000311/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000311/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000311/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000312", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000312/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000312/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000312/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000312/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000313", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000313/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000313/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000313/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000313/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000314", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000314/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000314/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000314/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000314/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000315", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000315/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000315/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000315/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000315/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000316", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000316/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000316/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000316/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000316/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000317", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000317/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000317/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000317/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000317/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000318", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000318/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000318/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000318/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000318/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000319", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000319/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000319/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000319/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000319/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000320", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000320/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000320/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000320/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000320/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000321", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000321/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000321/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000321/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000321/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000322", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000322/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000322/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000322/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000322/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000323", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000323/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000323/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000323/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000323/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000324", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000324/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000324/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000324/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000324/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000325", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000325/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000325/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000325/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000325/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000326", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000326/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000326/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000326/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000326/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000327", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000327/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000327/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000327/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000327/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000328", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000328/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000328/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000328/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000328/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000329", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000329/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000329/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000329/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000329/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000330", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000330/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000330/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000330/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000330/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000331", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000331/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000331/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000331/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000331/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000332", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000332/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000332/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000332/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000332/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000333", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000333/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000333/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000333/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000333/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000334", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000334/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000334/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000334/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000334/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000335", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000335/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000335/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000335/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000335/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000336", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000336/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000336/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000336/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000336/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000337", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000337/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000337/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000337/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000337/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000338", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000338/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000338/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000338/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000338/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000339", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000339/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000339/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000339/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000339/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000340", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000340/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000340/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000340/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000340/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000341", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000341/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000341/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000341/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000341/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000342", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000342/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000342/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000342/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000342/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000343", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000343/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000343/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000343/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000343/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000344", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000344/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000344/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000344/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000344/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000345", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000345/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000345/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000345/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000345/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000346", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000346/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000346/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000346/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000346/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000347", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000347/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000347/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000347/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000347/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000348", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000348/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000348/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000348/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000348/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000349", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000349/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000349/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000349/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000349/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000350", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000350/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000350/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000350/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000350/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000351", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000351/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000351/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000351/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000351/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000352", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000352/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000352/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000352/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000352/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000353", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000353/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000353/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000353/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000353/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000354", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000354/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000354/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000354/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000354/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000355", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000355/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000355/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000355/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000355/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000356", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000356/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000356/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000356/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000356/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000357", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000357/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000357/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000357/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000357/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000358", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000358/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000358/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000358/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000358/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000359", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000359/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000359/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000359/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000359/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000360", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000360/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000360/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000360/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000360/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000361", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000361/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000361/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000361/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000361/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000362", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000362/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000362/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000362/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000362/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000363", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000363/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000363/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000363/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000363/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000364", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000364/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000364/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000364/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000364/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000365", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000365/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000365/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000365/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000365/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000366", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000366/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000366/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000366/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000366/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000367", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000367/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000367/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000367/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000367/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000368", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000368/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000368/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000368/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000368/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000369", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000369/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000369/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000369/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000369/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000370", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000370/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000370/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000370/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000370/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000371", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000371/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000371/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000371/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000371/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000372", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000372/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000372/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000372/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000372/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000373", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000373/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000373/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000373/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000373/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000374", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000374/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000374/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000374/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000374/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000375", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000375/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000375/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000375/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000375/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000376", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000376/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000376/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000376/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000376/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000377", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000377/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000377/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000377/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000377/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000378", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000378/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000378/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000378/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000378/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000379", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000379/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000379/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000379/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000379/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000380", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000380/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000380/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000380/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000380/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000381", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000381/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000381/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000381/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000381/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000382", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000382/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000382/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000382/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000382/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000383", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000383/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000383/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000383/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000383/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000384", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000384/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000384/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000384/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000384/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000385", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000385/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000385/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000385/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000385/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000386", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000386/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000386/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000386/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000386/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000387", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000387/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000387/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000387/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000387/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000388", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000388/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000388/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000388/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000388/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000389", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000389/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000389/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000389/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000389/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000390", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000390/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000390/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000390/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000390/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000391", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000391/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000391/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000391/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000391/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000392", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000392/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000392/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000392/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000392/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000393", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000393/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000393/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000393/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000393/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000394", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000394/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000394/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000394/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000394/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000395", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000395/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000395/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000395/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000395/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000396", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000396/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000396/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000396/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000396/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000397", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000397/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000397/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000397/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000397/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000398", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000398/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000398/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000398/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000398/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000399", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000399/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000399/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000399/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000399/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000400", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000400/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000400/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000400/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000400/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000401", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000401/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000401/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000401/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000401/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000402", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000402/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000402/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000402/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000402/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000403", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000403/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000403/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000403/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000403/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000404", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000404/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000404/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000404/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000404/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000405", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000405/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000405/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000405/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000405/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000406", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000406/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000406/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000406/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000406/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000407", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000407/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000407/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000407/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000407/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000408", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000408/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000408/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000408/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000408/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000409", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000409/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000409/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000409/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000409/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000410", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000410/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000410/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000410/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000410/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000411", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000411/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000411/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000411/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000411/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000412", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000412/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000412/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000412/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000412/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000413", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000413/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000413/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000413/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000413/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000414", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000414/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000414/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000414/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000414/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000415", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000415/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000415/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000415/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000415/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000416", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000416/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000416/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000416/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000416/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000417", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000417/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000417/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000417/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000417/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000418", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000418/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000418/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000418/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000418/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000419", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000419/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000419/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000419/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000419/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000420", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000420/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000420/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000420/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000420/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000421", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000421/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000421/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000421/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000421/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000422", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000422/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000422/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000422/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000422/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000423", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000423/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000423/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000423/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000423/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000424", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000424/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000424/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000424/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000424/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000425", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000425/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000425/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000425/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000425/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000426", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000426/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000426/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000426/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000426/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000427", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000427/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000427/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000427/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000427/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000428", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000428/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000428/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000428/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000428/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000429", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000429/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000429/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000429/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000429/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000430", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000430/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000430/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000430/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000430/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000431", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000431/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000431/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000431/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000431/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000432", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000432/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000432/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000432/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000432/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000433", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000433/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000433/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000433/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000433/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000434", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000434/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000434/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000434/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000434/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000435", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000435/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000435/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000435/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000435/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000436", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000436/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000436/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000436/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000436/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000437", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000437/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000437/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000437/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000437/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000438", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000438/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000438/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000438/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000438/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000439", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000439/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000439/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000439/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000439/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000440", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000440/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000440/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000440/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000440/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000441", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000441/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000441/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000441/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000441/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000442", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000442/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000442/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000442/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000442/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000443", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000443/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000443/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000443/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000443/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000444", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000444/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000444/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000444/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000444/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000445", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000445/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000445/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000445/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000445/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000446", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000446/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000446/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000446/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000446/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000447", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000447/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000447/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000447/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000447/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000448", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000448/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000448/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000448/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000448/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000449", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000449/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000449/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000449/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000449/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000450", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000450/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000450/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000450/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000450/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000451", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000451/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000451/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000451/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000451/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000452", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000452/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000452/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000452/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000452/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000453", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000453/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000453/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000453/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000453/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000454", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000454/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000454/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000454/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000454/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000455", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000455/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000455/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000455/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000455/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000456", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000456/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000456/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000456/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000456/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000457", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000457/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000457/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000457/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000457/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000458", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000458/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000458/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000458/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000458/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000459", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000459/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000459/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000459/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000459/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000460", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000460/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000460/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000460/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000460/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000461", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000461/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000461/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000461/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000461/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000462", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000462/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000462/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000462/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000462/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000463", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000463/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000463/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000463/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000463/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000464", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000464/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000464/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000464/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000464/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000465", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000465/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000465/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000465/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000465/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000466", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000466/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000466/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000466/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000466/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000467", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000467/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000467/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000467/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000467/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000468", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000468/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000468/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000468/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000468/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000469", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000469/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000469/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000469/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000469/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000470", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000470/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000470/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000470/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000470/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000471", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000471/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000471/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000471/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000471/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000472", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000472/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000472/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000472/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000472/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000473", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000473/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000473/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000473/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000473/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000474", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000474/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000474/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000474/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000474/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000475", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000475/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000475/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000475/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000475/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000476", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000476/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000476/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000476/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000476/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000477", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000477/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000477/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000477/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000477/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000478", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000478/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000478/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000478/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000478/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000479", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000479/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000479/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000479/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000479/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000480", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000480/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000480/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000480/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000480/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000481", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000481/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000481/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000481/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000481/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000482", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000482/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000482/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000482/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000482/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000483", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000483/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000483/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000483/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000483/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000484", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000484/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000484/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000484/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000484/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000485", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000485/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000485/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000485/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000485/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000486", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000486/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000486/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000486/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000486/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000487", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000487/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000487/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000487/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000487/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000488", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000488/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000488/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000488/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000488/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000489", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000489/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000489/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000489/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000489/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000490", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000490/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000490/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000490/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000490/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000491", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000491/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000491/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000491/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000491/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000492", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000492/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000492/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000492/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000492/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000493", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000493/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000493/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000493/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000493/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000494", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000494/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000494/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000494/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000494/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000495", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000495/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000495/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000495/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000495/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000496", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000496/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000496/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000496/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000496/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000497", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000497/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000497/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000497/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000497/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000498", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000498/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000498/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000498/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000498/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000499", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000499/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000499/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000499/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000499/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000500", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000500/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000500/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000500/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000500/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000501", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000501/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000501/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000501/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000501/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000502", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000502/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000502/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000502/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000502/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000503", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000503/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000503/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000503/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000503/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000504", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000504/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000504/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000504/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000504/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000505", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000505/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000505/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000505/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000505/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000506", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000506/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000506/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000506/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000506/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000507", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000507/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000507/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000507/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000507/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000508", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000508/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000508/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000508/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000508/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000509", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000509/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000509/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000509/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000509/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000510", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000510/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000510/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000510/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000510/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000511", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000511/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000511/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000511/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000511/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000512", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000512/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000512/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000512/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000512/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000513", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000513/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000513/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000513/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000513/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000514", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000514/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000514/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000514/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000514/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000515", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000515/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000515/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000515/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000515/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000516", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000516/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000516/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000516/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000516/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000517", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000517/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000517/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000517/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000517/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000518", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000518/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000518/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000518/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000518/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000519", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000519/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000519/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000519/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000519/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000520", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000520/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000520/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000520/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000520/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000521", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000521/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000521/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000521/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000521/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000522", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000522/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000522/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000522/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000522/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000523", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000523/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000523/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000523/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000523/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000524", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000524/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000524/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000524/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000524/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000525", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000525/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000525/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000525/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000525/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000526", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000526/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000526/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000526/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000526/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000527", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000527/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000527/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000527/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000527/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000528", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000528/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000528/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000528/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000528/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000529", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000529/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000529/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000529/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000529/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000530", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000530/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000530/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000530/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000530/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000531", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000531/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000531/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000531/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000531/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000532", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000532/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000532/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000532/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000532/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000533", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000533/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000533/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000533/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000533/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000534", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000534/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000534/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000534/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000534/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000535", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000535/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000535/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000535/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000535/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000536", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000536/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000536/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000536/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000536/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000537", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000537/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000537/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000537/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000537/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000538", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000538/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000538/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000538/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000538/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000539", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000539/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000539/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000539/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000539/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000540", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000540/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000540/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000540/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000540/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000541", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000541/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000541/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000541/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000541/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000542", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000542/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000542/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000542/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000542/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000543", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000543/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000543/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000543/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000543/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000544", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000544/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000544/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000544/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000544/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000545", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000545/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000545/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000545/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000545/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000546", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000546/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000546/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000546/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000546/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000547", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000547/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000547/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000547/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000547/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000548", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000548/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000548/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000548/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000548/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000549", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000549/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000549/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000549/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000549/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000550", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000550/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000550/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000550/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000550/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000551", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000551/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000551/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000551/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000551/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000552", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000552/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000552/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000552/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000552/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000553", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000553/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000553/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000553/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000553/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000554", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000554/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000554/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000554/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000554/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000555", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000555/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000555/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000555/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000555/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000556", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000556/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000556/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000556/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000556/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000557", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000557/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000557/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000557/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000557/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000558", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000558/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000558/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000558/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000558/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000559", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000559/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000559/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000559/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000559/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000560", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000560/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000560/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000560/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000560/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000561", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000561/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000561/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000561/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000561/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000562", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000562/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000562/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000562/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000562/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000563", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000563/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000563/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000563/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000563/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000564", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000564/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000564/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000564/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000564/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000565", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000565/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000565/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000565/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000565/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000566", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000566/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000566/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000566/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000566/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000567", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000567/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000567/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000567/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000567/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000568", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000568/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000568/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000568/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000568/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000569", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000569/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000569/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000569/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000569/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000570", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000570/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000570/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000570/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000570/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000571", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000571/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000571/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000571/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000571/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000572", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000572/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000572/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000572/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000572/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000573", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000573/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000573/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000573/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000573/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000574", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000574/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000574/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000574/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000574/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000575", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000575/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000575/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000575/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000575/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000576", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000576/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000576/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000576/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000576/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000577", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000577/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000577/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000577/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000577/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000578", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000578/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000578/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000578/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000578/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000579", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000579/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000579/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000579/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000579/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000580", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000580/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000580/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000580/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000580/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000581", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000581/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000581/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000581/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000581/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000582", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000582/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000582/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000582/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000582/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000583", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000583/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000583/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000583/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000583/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000584", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000584/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000584/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000584/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000584/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000585", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000585/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000585/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000585/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000585/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000586", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000586/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000586/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000586/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000586/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000587", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000587/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000587/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000587/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000587/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000588", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000588/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000588/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000588/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000588/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000589", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000589/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000589/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000589/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000589/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000590", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000590/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000590/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000590/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000590/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000591", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000591/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000591/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000591/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000591/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000592", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000592/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000592/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000592/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000592/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000593", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000593/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000593/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000593/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000593/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000594", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000594/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000594/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000594/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000594/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000595", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000595/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000595/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000595/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000595/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000596", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000596/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000596/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000596/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000596/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000597", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000597/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000597/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000597/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000597/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000598", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000598/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000598/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000598/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000598/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000599", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000599/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000599/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000599/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000599/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000600", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000600/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000600/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000600/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000600/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000601", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000601/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000601/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000601/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000601/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000602", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000602/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000602/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000602/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000602/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000603", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000603/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000603/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000603/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000603/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000604", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000604/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000604/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000604/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000604/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000605", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000605/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000605/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000605/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000605/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000606", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000606/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000606/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000606/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000606/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000607", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000607/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000607/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000607/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000607/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000608", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000608/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000608/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000608/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000608/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000609", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000609/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000609/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000609/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000609/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000610", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000610/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000610/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000610/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000610/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000611", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000611/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000611/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000611/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000611/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000612", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000612/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000612/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000612/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000612/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000613", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000613/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000613/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000613/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000613/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000614", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000614/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000614/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000614/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000614/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000615", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000615/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000615/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000615/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000615/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000616", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000616/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000616/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000616/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000616/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000617", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000617/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000617/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000617/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000617/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000618", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000618/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000618/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000618/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000618/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000619", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000619/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000619/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000619/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000619/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000620", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000620/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000620/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000620/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000620/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000621", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000621/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000621/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000621/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000621/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000622", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000622/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000622/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000622/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000622/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000623", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000623/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000623/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000623/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000623/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000624", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000624/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000624/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000624/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000624/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000625", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000625/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000625/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000625/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000625/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000626", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000626/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000626/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000626/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000626/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000627", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000627/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000627/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000627/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000627/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000628", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000628/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000628/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000628/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000628/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000629", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000629/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000629/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000629/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000629/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000630", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000630/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000630/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000630/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000630/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000631", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000631/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000631/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000631/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000631/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000632", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000632/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000632/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000632/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000632/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000633", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000633/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000633/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000633/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000633/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000634", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000634/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000634/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000634/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000634/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000635", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000635/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000635/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000635/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000635/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000636", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000636/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000636/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000636/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000636/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000637", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000637/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000637/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000637/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000637/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000638", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000638/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000638/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000638/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000638/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000639", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000639/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000639/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000639/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000639/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000640", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000640/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000640/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000640/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000640/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000641", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000641/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000641/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000641/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000641/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000642", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000642/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000642/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000642/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000642/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000643", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000643/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000643/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000643/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000643/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000644", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000644/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000644/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000644/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000644/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000645", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000645/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000645/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000645/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000645/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000646", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000646/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000646/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000646/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000646/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000647", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000647/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000647/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000647/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000647/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000648", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000648/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000648/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000648/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000648/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000649", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000649/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000649/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000649/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000649/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000650", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000650/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000650/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000650/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000650/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000651", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000651/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000651/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000651/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000651/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000652", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000652/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000652/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000652/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000652/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000653", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000653/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000653/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000653/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000653/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000654", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000654/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000654/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000654/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000654/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000655", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000655/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000655/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000655/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000655/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000656", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000656/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000656/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000656/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000656/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000657", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000657/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000657/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000657/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000657/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000658", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000658/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000658/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000658/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000658/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000659", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000659/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000659/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000659/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000659/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000660", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000660/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000660/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000660/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000660/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000661", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000661/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000661/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000661/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000661/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000662", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000662/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000662/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000662/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000662/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000663", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000663/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000663/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000663/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000663/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000664", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000664/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000664/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000664/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000664/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000665", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000665/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000665/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000665/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000665/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000666", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000666/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000666/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000666/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000666/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000667", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000667/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000667/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000667/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000667/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000668", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000668/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000668/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000668/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000668/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000669", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000669/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000669/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000669/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000669/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000670", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000670/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000670/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000670/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000670/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000671", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000671/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000671/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000671/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000671/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000672", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000672/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000672/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000672/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000672/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000673", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000673/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000673/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000673/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000673/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000674", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000674/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000674/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000674/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000674/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000675", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000675/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000675/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000675/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000675/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000676", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000676/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000676/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000676/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000676/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000677", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000677/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000677/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000677/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000677/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000678", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000678/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000678/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000678/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000678/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000679", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000679/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000679/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000679/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000679/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000680", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000680/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000680/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000680/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000680/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000681", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000681/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000681/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000681/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000681/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000682", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000682/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000682/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000682/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000682/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000683", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000683/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000683/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000683/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000683/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000684", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000684/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000684/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000684/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000684/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000685", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000685/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000685/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000685/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000685/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000686", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000686/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000686/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000686/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000686/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000687", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000687/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000687/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000687/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000687/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000688", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000688/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000688/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000688/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000688/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000689", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000689/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000689/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000689/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000689/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000690", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000690/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000690/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000690/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000690/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000691", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000691/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000691/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000691/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000691/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000692", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000692/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000692/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000692/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000692/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000693", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000693/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000693/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000693/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000693/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000694", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000694/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000694/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000694/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000694/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000695", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000695/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000695/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000695/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000695/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000696", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000696/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000696/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000696/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000696/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000697", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000697/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000697/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000697/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000697/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000698", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000698/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000698/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000698/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000698/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000699", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000699/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000699/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000699/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000699/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000700", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000700/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000700/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000700/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000700/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000701", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000701/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000701/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000701/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000701/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000702", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000702/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000702/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000702/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000702/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000703", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000703/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000703/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000703/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000703/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000704", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000704/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000704/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000704/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000704/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000705", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000705/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000705/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000705/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000705/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000706", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000706/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000706/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000706/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000706/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000707", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000707/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000707/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000707/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000707/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000708", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000708/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000708/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000708/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000708/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000709", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000709/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000709/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000709/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000709/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000710", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000710/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000710/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000710/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000710/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000711", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000711/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000711/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000711/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000711/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000712", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000712/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000712/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000712/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000712/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000713", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000713/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000713/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000713/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000713/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000714", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000714/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000714/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000714/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000714/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000715", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000715/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000715/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000715/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000715/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000716", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000716/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000716/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000716/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000716/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000717", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000717/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000717/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000717/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000717/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000718", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000718/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000718/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000718/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000718/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000719", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000719/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000719/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000719/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000719/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000720", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000720/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000720/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000720/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000720/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000721", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000721/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000721/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000721/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000721/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000722", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000722/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000722/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000722/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000722/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000723", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000723/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000723/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000723/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000723/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000724", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000724/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000724/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000724/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000724/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000725", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000725/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000725/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000725/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000725/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000726", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000726/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000726/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000726/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000726/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000727", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000727/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000727/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000727/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000727/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000728", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000728/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000728/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000728/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000728/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000729", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000729/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000729/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000729/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000729/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000730", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000730/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000730/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000730/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000730/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000731", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000731/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000731/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000731/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000731/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000732", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000732/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000732/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000732/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000732/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000733", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000733/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000733/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000733/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000733/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000734", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000734/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000734/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000734/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000734/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000735", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000735/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000735/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000735/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000735/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000736", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000736/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000736/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000736/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000736/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000737", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000737/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000737/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000737/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000737/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000738", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000738/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000738/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000738/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000738/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000739", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000739/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000739/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000739/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000739/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000740", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000740/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000740/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000740/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000740/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000741", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000741/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000741/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000741/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000741/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000742", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000742/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000742/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000742/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000742/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000743", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000743/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000743/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000743/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000743/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000744", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000744/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000744/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000744/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000744/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000745", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000745/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000745/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000745/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000745/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000746", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000746/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000746/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000746/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000746/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000747", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000747/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000747/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000747/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000747/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000748", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000748/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000748/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000748/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000748/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000749", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000749/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000749/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000749/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000749/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000750", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000750/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000750/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000750/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000750/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000751", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000751/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000751/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000751/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000751/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000752", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000752/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000752/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000752/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000752/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000753", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000753/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000753/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000753/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000753/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000754", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000754/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000754/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000754/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000754/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000755", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000755/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000755/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000755/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000755/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000756", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000756/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000756/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000756/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000756/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000757", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000757/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000757/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000757/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000757/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000758", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000758/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000758/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000758/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000758/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000759", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000759/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000759/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000759/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000759/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000760", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000760/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000760/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000760/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000760/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000761", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000761/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000761/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000761/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000761/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000762", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000762/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000762/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000762/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000762/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000763", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000763/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000763/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000763/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000763/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000764", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000764/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000764/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000764/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000764/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000765", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000765/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000765/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000765/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000765/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000766", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000766/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000766/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000766/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000766/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000767", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000767/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000767/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000767/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000767/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000768", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000768/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000768/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000768/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000768/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000769", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000769/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000769/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000769/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000769/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000770", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000770/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000770/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000770/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000770/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000771", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000771/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000771/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000771/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000771/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000772", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000772/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000772/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000772/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000772/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000773", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000773/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000773/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000773/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000773/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000774", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000774/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000774/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000774/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000774/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000775", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000775/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000775/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000775/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000775/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000776", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000776/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000776/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000776/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000776/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000777", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000777/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000777/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000777/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000777/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000778", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000778/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000778/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000778/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000778/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000779", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000779/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000779/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000779/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000779/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000780", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000780/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000780/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000780/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000780/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000781", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000781/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000781/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000781/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000781/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000782", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000782/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000782/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000782/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000782/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000783", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000783/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000783/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000783/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000783/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000784", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000784/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000784/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000784/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000784/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000785", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000785/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000785/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000785/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000785/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000786", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000786/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000786/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000786/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000786/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000787", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000787/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000787/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000787/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000787/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000788", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000788/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000788/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000788/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000788/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000789", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000789/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000789/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000789/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000789/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000790", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000790/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000790/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000790/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000790/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000791", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000791/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000791/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000791/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000791/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000792", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000792/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000792/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000792/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000792/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000793", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000793/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000793/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000793/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000793/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000794", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000794/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000794/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000794/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000794/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000795", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000795/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000795/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000795/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000795/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000796", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000796/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000796/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000796/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000796/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000797", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000797/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000797/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000797/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000797/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000798", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000798/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000798/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000798/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000798/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000799", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000799/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000799/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000799/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000799/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000800", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000800/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000800/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000800/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000800/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000801", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000801/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000801/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000801/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000801/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000802", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000802/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000802/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000802/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000802/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000803", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000803/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000803/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000803/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000803/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000804", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000804/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000804/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000804/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000804/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000805", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000805/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000805/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000805/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000805/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000806", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000806/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000806/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000806/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000806/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000807", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000807/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000807/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000807/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000807/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000808", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000808/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000808/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000808/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000808/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000809", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000809/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000809/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000809/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000809/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000810", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000810/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000810/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000810/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000810/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000811", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000811/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000811/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000811/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000811/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000812", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000812/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000812/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000812/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000812/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000813", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000813/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000813/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000813/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000813/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000814", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000814/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000814/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000814/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000814/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000815", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000815/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000815/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000815/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000815/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000816", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000816/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000816/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000816/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000816/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000817", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000817/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000817/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000817/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000817/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000818", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000818/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000818/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000818/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000818/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000819", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000819/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000819/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000819/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000819/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000820", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000820/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000820/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000820/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000820/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000821", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000821/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000821/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000821/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000821/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000822", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000822/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000822/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000822/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000822/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000823", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000823/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000823/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000823/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000823/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000824", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000824/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000824/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000824/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000824/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000825", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000825/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000825/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000825/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000825/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000826", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000826/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000826/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000826/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000826/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000827", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000827/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000827/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000827/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000827/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000828", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000828/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000828/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000828/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000828/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000829", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000829/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000829/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000829/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000829/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000830", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000830/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000830/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000830/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000830/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000831", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000831/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000831/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000831/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000831/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000832", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000832/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000832/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000832/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000832/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000833", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000833/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000833/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000833/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000833/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000834", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000834/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000834/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000834/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000834/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000835", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000835/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000835/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000835/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000835/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000836", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000836/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000836/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000836/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000836/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000837", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000837/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000837/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000837/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000837/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000838", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000838/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000838/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000838/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000838/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000839", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000839/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000839/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000839/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000839/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000840", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000840/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000840/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000840/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000840/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000841", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000841/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000841/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000841/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000841/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000842", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000842/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000842/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000842/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000842/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000843", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000843/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000843/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000843/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000843/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000844", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000844/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000844/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000844/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000844/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000845", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000845/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000845/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000845/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000845/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000846", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000846/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000846/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000846/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000846/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000847", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000847/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000847/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000847/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000847/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000848", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000848/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000848/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000848/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000848/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000849", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000849/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000849/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000849/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000849/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000850", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000850/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000850/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000850/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000850/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000851", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000851/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000851/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000851/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000851/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000852", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000852/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000852/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000852/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000852/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000853", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000853/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000853/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000853/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000853/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000854", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000854/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000854/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000854/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000854/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000855", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000855/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000855/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000855/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000855/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000856", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000856/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000856/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000856/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000856/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000857", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000857/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000857/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000857/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000857/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000858", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000858/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000858/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000858/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000858/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000859", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000859/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000859/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000859/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000859/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000860", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000860/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000860/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000860/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000860/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000861", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000861/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000861/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000861/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000861/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000862", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000862/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000862/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000862/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000862/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000863", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000863/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000863/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000863/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000863/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000864", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000864/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000864/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000864/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000864/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000865", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000865/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000865/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000865/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000865/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000866", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000866/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000866/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000866/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000866/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000867", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000867/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000867/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000867/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000867/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000868", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000868/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000868/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000868/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000868/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000869", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000869/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000869/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000869/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000869/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000870", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000870/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000870/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000870/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000870/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000871", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000871/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000871/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000871/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000871/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000872", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000872/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000872/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000872/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000872/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000873", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000873/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000873/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000873/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000873/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000874", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000874/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000874/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000874/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000874/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000875", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000875/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000875/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000875/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000875/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000876", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000876/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000876/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000876/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000876/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000877", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000877/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000877/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000877/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000877/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000878", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000878/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000878/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000878/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000878/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000879", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000879/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000879/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000879/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000879/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000880", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000880/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000880/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000880/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000880/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000881", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000881/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000881/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000881/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000881/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000882", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000882/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000882/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000882/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000882/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000883", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000883/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000883/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000883/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000883/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000884", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000884/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000884/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000884/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000884/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000885", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000885/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000885/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000885/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000885/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000886", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000886/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000886/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000886/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000886/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000887", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000887/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000887/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000887/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000887/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000888", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000888/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000888/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000888/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000888/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000889", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000889/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000889/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000889/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000889/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000890", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000890/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000890/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000890/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000890/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000891", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000891/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000891/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000891/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000891/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000892", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000892/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000892/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000892/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000892/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000893", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000893/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000893/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000893/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000893/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000894", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000894/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000894/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000894/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000894/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000895", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000895/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000895/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000895/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000895/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000896", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000896/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000896/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000896/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000896/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000897", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000897/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000897/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000897/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000897/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000898", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000898/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000898/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000898/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000898/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000899", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000899/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000899/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000899/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000899/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000900", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000900/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000900/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000900/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000900/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000901", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000901/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000901/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000901/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000901/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000902", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000902/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000902/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000902/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000902/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000903", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000903/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000903/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000903/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000903/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000904", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000904/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000904/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000904/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000904/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000905", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000905/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000905/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000905/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000905/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000906", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000906/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000906/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000906/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000906/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000907", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000907/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000907/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000907/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000907/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000908", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000908/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000908/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000908/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000908/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000909", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000909/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000909/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000909/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000909/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000910", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000910/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000910/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000910/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000910/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000911", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000911/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000911/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000911/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000911/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000912", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000912/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000912/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000912/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000912/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000913", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000913/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000913/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000913/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000913/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000914", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000914/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000914/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000914/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000914/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000915", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000915/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000915/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000915/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000915/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000916", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000916/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000916/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000916/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000916/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000917", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000917/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000917/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000917/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000917/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000918", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000918/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000918/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000918/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000918/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000919", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000919/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000919/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000919/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000919/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000920", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000920/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000920/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000920/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000920/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000921", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000921/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000921/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000921/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000921/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000922", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000922/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000922/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000922/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000922/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000923", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000923/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000923/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000923/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000923/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000924", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000924/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000924/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000924/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000924/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000925", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000925/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000925/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000925/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000925/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000926", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000926/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000926/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000926/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000926/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000927", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000927/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000927/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000927/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000927/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000928", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000928/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000928/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000928/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000928/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000929", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000929/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000929/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000929/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000929/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000930", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000930/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000930/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000930/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000930/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000931", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000931/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000931/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000931/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000931/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000932", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000932/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000932/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000932/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000932/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000933", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000933/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000933/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000933/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000933/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000934", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000934/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000934/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000934/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000934/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000935", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000935/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000935/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000935/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000935/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000936", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000936/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000936/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000936/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000936/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000937", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000937/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000937/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000937/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000937/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000938", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000938/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000938/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000938/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000938/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000939", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000939/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000939/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000939/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000939/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000940", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000940/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000940/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000940/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000940/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000941", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000941/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000941/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000941/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000941/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000942", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000942/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000942/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000942/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000942/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000943", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000943/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000943/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000943/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000943/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000944", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000944/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000944/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000944/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000944/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000945", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000945/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000945/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000945/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000945/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000946", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000946/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000946/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000946/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000946/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000947", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000947/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000947/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000947/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000947/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000948", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000948/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000948/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000948/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000948/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000949", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000949/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000949/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000949/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000949/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000950", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000950/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000950/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000950/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000950/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000951", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000951/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000951/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000951/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000951/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000952", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000952/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000952/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000952/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000952/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000953", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000953/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000953/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000953/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000953/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000954", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000954/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000954/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000954/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000954/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000955", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000955/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000955/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000955/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000955/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000956", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000956/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000956/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000956/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000956/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000957", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000957/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000957/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000957/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000957/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000958", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000958/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000958/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000958/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000958/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000959", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000959/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000959/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000959/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000959/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000960", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000960/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000960/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000960/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000960/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000961", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000961/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000961/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000961/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000961/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000962", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000962/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000962/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000962/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000962/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000963", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000963/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000963/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000963/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000963/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000964", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000964/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000964/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000964/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000964/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000965", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000965/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000965/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000965/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000965/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000966", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000966/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000966/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000966/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000966/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000967", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000967/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000967/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000967/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000967/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000968", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000968/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000968/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000968/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000968/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000969", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000969/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000969/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000969/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000969/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000970", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000970/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000970/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000970/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000970/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000971", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000971/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000971/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000971/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000971/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000972", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000972/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000972/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000972/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000972/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000973", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000973/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000973/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000973/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000973/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000974", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000974/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000974/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000974/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000974/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000975", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000975/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000975/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000975/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000975/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000976", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000976/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000976/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000976/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000976/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000977", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000977/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000977/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000977/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000977/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000978", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000978/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000978/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000978/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000978/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000979", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000979/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000979/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000979/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000979/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000980", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000980/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000980/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000980/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000980/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000981", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000981/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000981/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000981/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000981/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000982", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000982/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000982/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000982/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000982/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000983", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000983/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000983/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000983/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000983/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000984", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000984/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000984/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000984/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000984/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000985", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000985/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000985/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000985/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000985/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000986", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000986/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000986/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000986/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000986/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000987", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000987/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000987/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000987/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000987/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000988", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000988/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000988/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000988/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000988/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000989", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000989/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000989/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000989/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000989/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000990", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000990/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000990/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000990/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000990/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000991", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000991/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000991/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000991/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000991/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000992", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000992/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000992/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000992/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000992/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000993", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000993/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000993/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000993/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000993/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000994", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000994/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000994/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000994/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000994/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000995", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000995/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000995/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000995/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000995/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000996", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000996/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000996/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000996/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000996/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000997", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000997/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000997/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000997/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000997/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000998", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000998/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000998/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000998/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000998/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00000999", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000999/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000999/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000999/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00000999/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001000", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001000/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001000/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001000/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001000/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001001", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001001/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001001/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001001/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001001/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001002", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001002/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001002/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001002/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001002/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001003", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001003/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001003/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001003/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001003/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001004", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001004/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001004/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001004/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001004/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001005", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001005/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001005/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001005/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001005/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001006", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001006/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001006/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001006/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001006/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001007", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001007/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001007/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001007/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001007/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001008", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001008/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001008/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001008/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001008/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001009", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001009/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001009/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001009/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001009/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001010", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001010/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001010/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001010/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001010/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001011", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001011/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001011/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001011/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001011/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001012", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001012/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001012/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001012/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001012/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001013", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001013/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001013/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001013/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001013/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001014", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001014/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001014/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001014/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001014/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001015", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001015/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001015/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001015/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001015/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001016", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001016/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001016/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001016/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001016/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001017", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001017/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001017/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001017/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001017/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001018", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001018/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001018/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001018/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001018/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001019", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001019/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001019/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001019/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001019/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001020", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001020/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001020/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001020/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001020/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001021", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001021/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001021/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001021/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001021/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001022", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001022/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001022/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001022/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001022/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001023", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001023/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001023/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001023/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001023/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001024", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001024/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001024/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001024/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001024/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001025", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001025/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001025/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001025/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001025/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001026", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001026/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001026/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001026/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001026/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001027", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001027/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001027/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001027/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001027/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001028", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001028/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001028/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001028/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001028/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001029", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001029/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001029/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001029/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001029/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001030", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001030/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001030/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001030/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001030/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001031", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001031/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001031/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001031/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001031/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001032", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001032/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001032/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001032/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001032/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001033", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001033/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001033/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001033/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001033/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001034", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001034/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001034/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001034/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001034/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001035", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001035/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001035/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001035/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001035/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001036", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001036/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001036/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001036/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001036/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001037", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001037/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001037/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001037/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001037/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001038", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001038/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001038/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001038/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001038/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001039", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001039/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001039/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001039/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001039/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001040", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001040/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001040/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001040/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001040/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001041", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001041/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001041/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001041/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001041/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001042", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001042/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001042/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001042/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001042/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001043", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001043/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001043/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001043/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001043/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001044", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001044/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001044/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001044/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001044/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001045", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001045/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001045/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001045/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001045/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001046", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001046/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001046/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001046/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001046/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001047", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001047/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001047/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001047/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001047/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001048", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001048/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001048/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001048/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001048/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001049", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001049/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001049/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001049/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001049/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001050", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001050/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001050/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001050/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001050/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001051", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001051/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001051/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001051/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001051/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001052", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001052/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001052/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001052/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001052/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001053", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001053/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001053/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001053/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001053/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001054", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001054/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001054/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001054/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001054/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001055", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001055/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001055/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001055/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001055/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001056", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001056/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001056/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001056/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001056/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001057", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001057/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001057/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001057/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001057/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001058", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001058/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001058/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001058/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001058/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001059", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001059/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001059/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001059/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001059/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001060", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001060/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001060/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001060/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001060/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001061", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001061/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001061/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001061/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001061/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001062", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001062/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001062/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001062/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001062/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001063", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001063/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001063/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001063/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001063/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001064", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001064/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001064/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001064/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001064/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001065", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001065/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001065/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001065/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001065/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001066", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001066/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001066/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001066/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001066/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001067", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001067/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001067/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001067/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001067/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001068", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001068/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001068/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001068/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001068/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001069", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001069/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001069/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001069/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001069/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001070", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001070/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001070/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001070/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001070/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001071", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001071/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001071/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001071/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001071/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001072", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001072/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001072/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001072/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001072/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001073", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001073/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001073/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001073/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001073/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001074", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001074/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001074/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001074/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001074/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001075", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001075/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001075/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001075/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001075/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001076", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001076/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001076/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001076/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001076/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001077", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001077/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001077/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001077/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001077/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001078", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001078/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001078/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001078/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001078/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001079", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001079/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001079/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001079/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001079/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001080", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001080/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001080/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001080/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001080/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001081", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001081/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001081/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001081/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001081/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001082", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001082/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001082/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001082/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001082/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001083", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001083/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001083/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001083/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001083/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001084", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001084/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001084/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001084/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001084/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001085", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001085/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001085/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001085/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001085/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001086", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001086/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001086/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001086/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001086/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001087", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001087/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001087/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001087/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001087/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001088", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001088/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001088/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001088/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001088/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001089", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001089/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001089/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001089/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001089/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001090", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001090/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001090/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001090/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001090/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001091", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001091/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001091/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001091/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001091/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001092", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001092/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001092/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001092/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001092/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001093", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001093/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001093/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001093/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001093/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001094", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001094/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001094/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001094/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001094/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001095", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001095/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001095/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001095/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001095/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001096", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001096/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001096/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001096/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001096/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001097", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001097/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001097/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001097/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001097/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001098", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001098/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001098/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001098/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001098/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001099", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001099/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001099/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001099/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001099/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001100", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001100/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001100/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001100/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001100/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001101", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001101/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001101/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001101/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001101/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001102", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001102/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001102/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001102/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001102/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001103", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001103/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001103/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001103/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001103/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001104", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001104/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001104/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001104/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001104/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001105", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001105/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001105/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001105/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001105/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001106", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001106/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001106/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001106/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001106/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001107", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001107/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001107/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001107/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001107/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001108", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001108/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001108/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001108/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001108/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001109", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001109/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001109/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001109/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001109/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001110", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001110/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001110/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001110/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001110/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001111", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001111/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001111/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001111/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001111/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001112", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001112/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001112/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001112/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001112/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001113", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001113/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001113/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001113/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001113/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001114", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001114/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001114/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001114/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001114/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001115", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001115/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001115/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001115/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001115/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001116", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001116/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001116/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001116/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001116/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001117", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001117/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001117/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001117/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001117/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001118", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001118/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001118/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001118/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001118/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001119", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001119/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001119/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001119/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001119/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001120", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001120/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001120/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001120/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001120/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001121", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001121/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001121/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001121/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001121/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001122", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001122/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001122/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001122/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001122/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001123", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001123/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001123/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001123/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001123/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001124", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001124/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001124/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001124/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001124/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001125", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001125/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001125/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001125/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001125/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001126", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001126/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001126/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001126/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001126/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001127", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001127/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001127/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001127/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001127/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001128", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001128/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001128/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001128/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001128/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001129", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001129/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001129/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001129/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001129/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001130", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001130/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001130/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001130/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001130/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001131", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001131/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001131/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001131/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001131/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001132", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001132/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001132/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001132/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001132/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001133", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001133/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001133/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001133/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001133/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001134", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001134/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001134/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001134/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001134/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001135", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001135/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001135/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001135/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001135/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001136", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001136/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001136/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001136/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001136/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001137", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001137/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001137/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001137/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001137/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001138", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001138/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001138/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001138/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001138/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001139", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001139/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001139/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001139/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001139/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001140", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001140/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001140/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001140/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001140/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001141", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001141/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001141/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001141/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001141/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001142", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001142/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001142/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001142/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001142/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001143", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001143/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001143/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001143/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001143/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001144", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001144/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001144/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001144/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001144/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001145", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001145/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001145/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001145/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001145/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001146", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001146/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001146/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001146/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001146/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001147", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001147/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001147/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001147/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001147/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001148", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001148/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001148/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001148/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001148/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001149", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001149/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001149/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001149/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001149/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001150", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001150/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001150/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001150/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001150/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001151", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001151/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001151/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001151/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001151/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001152", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001152/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001152/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001152/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001152/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001153", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001153/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001153/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001153/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001153/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001154", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001154/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001154/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001154/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001154/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001155", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001155/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001155/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001155/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001155/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001156", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001156/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001156/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001156/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001156/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001157", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001157/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001157/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001157/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001157/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001158", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001158/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001158/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001158/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001158/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001159", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001159/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001159/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001159/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001159/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001160", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001160/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001160/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001160/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001160/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001161", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001161/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001161/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001161/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001161/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001162", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001162/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001162/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001162/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001162/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001163", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001163/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001163/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001163/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001163/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001164", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001164/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001164/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001164/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001164/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001165", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001165/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001165/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001165/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001165/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001166", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001166/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001166/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001166/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001166/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001167", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001167/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001167/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001167/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001167/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001168", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001168/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001168/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001168/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001168/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001169", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001169/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001169/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001169/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001169/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001170", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001170/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001170/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001170/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001170/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001171", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001171/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001171/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001171/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001171/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001172", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001172/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001172/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001172/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001172/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001173", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001173/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001173/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001173/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001173/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001174", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001174/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001174/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001174/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001174/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001175", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001175/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001175/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001175/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001175/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001176", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001176/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001176/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001176/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001176/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001177", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001177/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001177/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001177/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001177/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001178", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001178/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001178/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001178/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001178/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001179", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001179/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001179/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001179/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001179/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001180", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001180/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001180/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001180/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001180/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001181", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001181/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001181/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001181/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001181/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001182", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001182/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001182/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001182/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001182/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001183", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001183/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001183/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001183/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001183/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001184", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001184/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001184/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001184/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001184/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001185", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001185/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001185/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001185/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001185/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001186", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001186/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001186/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001186/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001186/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001187", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001187/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001187/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001187/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001187/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001188", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001188/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001188/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001188/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001188/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001189", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001189/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001189/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001189/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001189/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001190", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001190/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001190/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001190/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001190/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001191", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001191/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001191/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001191/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001191/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001192", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001192/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001192/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001192/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001192/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001193", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001193/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001193/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001193/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001193/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001194", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001194/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001194/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001194/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001194/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001195", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001195/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001195/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001195/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001195/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001196", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001196/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001196/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001196/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001196/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001197", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001197/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001197/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001197/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001197/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001198", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001198/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001198/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001198/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001198/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001199", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001199/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001199/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001199/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001199/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001200", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001200/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001200/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001200/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001200/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001201", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001201/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001201/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001201/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001201/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001202", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001202/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001202/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001202/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001202/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001203", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001203/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001203/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001203/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001203/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001204", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001204/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001204/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001204/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001204/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001205", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001205/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001205/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001205/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001205/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001206", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001206/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001206/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001206/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001206/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001207", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001207/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001207/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001207/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001207/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001208", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001208/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001208/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001208/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001208/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001209", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001209/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001209/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001209/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001209/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001210", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001210/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001210/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001210/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001210/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001211", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001211/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001211/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001211/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001211/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001212", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001212/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001212/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001212/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001212/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001213", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001213/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001213/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001213/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001213/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001214", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001214/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001214/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001214/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001214/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001215", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001215/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001215/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001215/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001215/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001216", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001216/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001216/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001216/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001216/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001217", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001217/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001217/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001217/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001217/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001218", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001218/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001218/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001218/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001218/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001219", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001219/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001219/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001219/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001219/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001220", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001220/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001220/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001220/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001220/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001221", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001221/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001221/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001221/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001221/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001222", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001222/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001222/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001222/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001222/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001223", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001223/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001223/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001223/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001223/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001224", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001224/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001224/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001224/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001224/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001225", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001225/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001225/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001225/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001225/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001226", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001226/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001226/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001226/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001226/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001227", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001227/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001227/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001227/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001227/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001228", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001228/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001228/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001228/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001228/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001229", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001229/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001229/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001229/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001229/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001230", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001230/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001230/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001230/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001230/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001231", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001231/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001231/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001231/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001231/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001232", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001232/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001232/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001232/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001232/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001233", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001233/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001233/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001233/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001233/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001234", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001234/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001234/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001234/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001234/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001235", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001235/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001235/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001235/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001235/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001236", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001236/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001236/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001236/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001236/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001237", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001237/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001237/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001237/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001237/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001238", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001238/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001238/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001238/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001238/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001239", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001239/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001239/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001239/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001239/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001240", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001240/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001240/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001240/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001240/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001241", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001241/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001241/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001241/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001241/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001242", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001242/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001242/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001242/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001242/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001243", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001243/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001243/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001243/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001243/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001244", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001244/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001244/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001244/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001244/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001245", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001245/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001245/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001245/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001245/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001246", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001246/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001246/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001246/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001246/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001247", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001247/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001247/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001247/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001247/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001248", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001248/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001248/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001248/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001248/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001249", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001249/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001249/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001249/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001249/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001250", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001250/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001250/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001250/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001250/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001251", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001251/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001251/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001251/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001251/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001252", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001252/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001252/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001252/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001252/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001253", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001253/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001253/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001253/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001253/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001254", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001254/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001254/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001254/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001254/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001255", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001255/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001255/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001255/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001255/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001256", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001256/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001256/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001256/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001256/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001257", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001257/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001257/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001257/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001257/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001258", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001258/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001258/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001258/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001258/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001259", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001259/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001259/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001259/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001259/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001260", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001260/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001260/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001260/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001260/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001261", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001261/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001261/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001261/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001261/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001262", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001262/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001262/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001262/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001262/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001263", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001263/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001263/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001263/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001263/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001264", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001264/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001264/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001264/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001264/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001265", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001265/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001265/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001265/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001265/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001266", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001266/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001266/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001266/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001266/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001267", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001267/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001267/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001267/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001267/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001268", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001268/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001268/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001268/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001268/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001269", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001269/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001269/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001269/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001269/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001270", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001270/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001270/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001270/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001270/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001271", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001271/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001271/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001271/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001271/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001272", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001272/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001272/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001272/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001272/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001273", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001273/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001273/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001273/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001273/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001274", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001274/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001274/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001274/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001274/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001275", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001275/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001275/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001275/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001275/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001276", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001276/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001276/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001276/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001276/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001277", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001277/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001277/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001277/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001277/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001278", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001278/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001278/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001278/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001278/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001279", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001279/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001279/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001279/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001279/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001280", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001280/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001280/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001280/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001280/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001281", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001281/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001281/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001281/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001281/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001282", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001282/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001282/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001282/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001282/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001283", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001283/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001283/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001283/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001283/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001284", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001284/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001284/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001284/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001284/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001285", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001285/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001285/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001285/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001285/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001286", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001286/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001286/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001286/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001286/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001287", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001287/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001287/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001287/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001287/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001288", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001288/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001288/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001288/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001288/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001289", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001289/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001289/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001289/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001289/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001290", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001290/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001290/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001290/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001290/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001291", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001291/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001291/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001291/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001291/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001292", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001292/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001292/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001292/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001292/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001293", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001293/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001293/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001293/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001293/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001294", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001294/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001294/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001294/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001294/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001295", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001295/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001295/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001295/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001295/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001296", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001296/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001296/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001296/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001296/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001297", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001297/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001297/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001297/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001297/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001298", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001298/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001298/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001298/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001298/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001299", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001299/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001299/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001299/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001299/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001300", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001300/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001300/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001300/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001300/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001301", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001301/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001301/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001301/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001301/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001302", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001302/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001302/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001302/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001302/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001303", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001303/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001303/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001303/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001303/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001304", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001304/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001304/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001304/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001304/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001305", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001305/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001305/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001305/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001305/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001306", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001306/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001306/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001306/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001306/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001307", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001307/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001307/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001307/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001307/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001308", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001308/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001308/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001308/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001308/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001309", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001309/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001309/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001309/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001309/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001310", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001310/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001310/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001310/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001310/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001311", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001311/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001311/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001311/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001311/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001312", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001312/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001312/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001312/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001312/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001313", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001313/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001313/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001313/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001313/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001314", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001314/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001314/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001314/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001314/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001315", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001315/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001315/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001315/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001315/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001316", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001316/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001316/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001316/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001316/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001317", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001317/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001317/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001317/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001317/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001318", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001318/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001318/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001318/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001318/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001319", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001319/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001319/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001319/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001319/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001320", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001320/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001320/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001320/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001320/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001321", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001321/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001321/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001321/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001321/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001322", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001322/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001322/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001322/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001322/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001323", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001323/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001323/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001323/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001323/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001324", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001324/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001324/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001324/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001324/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001325", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001325/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001325/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001325/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001325/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001326", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001326/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001326/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001326/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001326/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001327", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001327/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001327/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001327/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001327/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001328", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001328/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001328/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001328/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001328/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001329", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001329/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001329/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001329/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001329/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001330", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001330/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001330/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001330/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001330/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001331", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001331/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001331/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001331/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001331/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001332", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001332/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001332/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001332/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001332/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001333", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001333/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001333/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001333/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001333/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001334", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001334/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001334/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001334/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001334/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001335", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001335/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001335/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001335/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001335/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001336", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001336/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001336/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001336/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001336/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001337", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001337/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001337/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001337/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001337/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001338", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001338/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001338/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001338/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001338/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001339", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001339/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001339/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001339/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001339/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001340", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001340/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001340/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001340/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001340/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001341", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001341/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001341/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001341/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001341/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001342", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001342/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001342/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001342/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001342/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001343", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001343/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001343/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001343/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001343/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001344", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001344/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001344/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001344/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001344/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001345", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001345/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001345/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001345/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001345/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001346", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001346/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001346/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001346/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001346/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001347", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001347/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001347/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001347/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001347/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001348", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001348/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001348/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001348/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001348/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001349", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001349/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001349/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001349/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001349/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001350", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001350/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001350/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001350/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001350/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001351", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001351/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001351/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001351/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001351/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001352", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001352/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001352/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001352/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001352/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001353", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001353/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001353/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001353/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001353/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001354", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001354/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001354/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001354/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001354/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001355", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001355/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001355/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001355/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001355/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001356", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001356/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001356/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001356/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001356/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001357", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001357/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001357/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001357/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001357/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001358", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001358/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001358/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001358/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001358/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001359", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001359/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001359/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001359/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001359/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001360", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001360/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001360/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001360/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001360/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001361", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001361/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001361/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001361/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001361/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001362", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001362/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001362/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001362/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001362/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001363", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001363/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001363/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001363/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001363/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001364", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001364/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001364/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001364/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001364/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001365", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001365/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001365/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001365/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001365/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001366", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001366/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001366/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001366/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001366/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001367", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001367/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001367/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001367/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001367/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001368", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001368/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001368/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001368/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001368/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001369", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001369/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001369/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001369/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001369/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001370", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001370/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001370/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001370/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001370/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001371", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001371/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001371/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001371/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001371/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001372", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001372/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001372/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001372/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001372/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001373", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001373/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001373/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001373/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001373/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001374", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001374/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001374/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001374/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001374/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001375", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001375/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001375/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001375/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001375/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001376", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001376/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001376/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001376/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001376/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001377", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001377/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001377/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001377/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001377/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001378", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001378/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001378/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001378/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001378/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001379", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001379/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001379/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001379/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001379/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001380", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001380/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001380/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001380/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001380/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001381", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001381/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001381/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001381/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001381/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001382", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001382/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001382/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001382/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001382/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001383", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001383/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001383/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001383/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001383/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001384", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001384/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001384/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001384/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001384/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001385", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001385/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001385/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001385/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001385/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001386", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001386/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001386/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001386/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001386/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001387", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001387/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001387/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001387/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001387/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001388", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001388/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001388/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001388/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001388/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001389", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001389/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001389/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001389/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001389/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001390", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001390/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001390/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001390/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001390/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001391", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001391/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001391/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001391/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001391/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001392", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001392/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001392/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001392/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001392/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001393", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001393/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001393/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001393/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001393/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001394", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001394/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001394/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001394/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001394/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001395", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001395/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001395/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001395/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001395/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001396", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001396/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001396/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001396/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001396/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001397", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001397/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001397/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001397/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001397/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001398", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001398/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001398/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001398/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001398/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001399", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001399/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001399/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001399/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001399/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001400", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001400/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001400/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001400/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001400/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001401", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001401/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001401/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001401/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001401/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001402", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001402/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001402/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001402/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001402/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001403", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001403/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001403/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001403/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001403/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001404", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001404/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001404/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001404/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001404/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001405", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001405/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001405/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001405/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001405/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001406", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001406/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001406/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001406/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001406/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001407", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001407/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001407/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001407/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001407/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001408", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001408/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001408/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001408/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001408/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001409", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001409/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001409/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001409/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001409/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001410", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001410/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001410/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001410/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001410/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001411", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001411/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001411/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001411/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001411/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001412", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001412/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001412/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001412/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001412/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001413", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001413/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001413/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001413/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001413/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001414", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001414/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001414/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001414/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001414/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001415", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001415/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001415/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001415/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001415/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001416", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001416/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001416/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001416/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001416/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001417", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001417/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001417/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001417/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001417/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001418", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001418/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001418/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001418/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001418/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001419", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001419/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001419/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001419/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001419/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001420", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001420/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001420/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001420/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001420/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001421", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001421/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001421/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001421/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001421/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001422", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001422/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001422/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001422/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001422/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001423", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001423/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001423/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001423/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001423/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001424", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001424/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001424/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001424/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001424/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001425", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001425/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001425/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001425/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001425/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001426", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001426/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001426/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001426/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001426/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001427", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001427/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001427/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001427/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001427/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001428", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001428/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001428/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001428/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001428/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001429", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001429/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001429/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001429/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001429/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001430", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001430/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001430/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001430/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001430/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001431", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001431/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001431/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001431/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001431/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001432", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001432/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001432/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001432/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001432/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001433", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001433/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001433/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001433/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001433/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001434", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001434/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001434/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001434/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001434/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001435", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001435/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001435/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001435/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001435/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001436", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001436/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001436/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001436/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001436/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001437", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001437/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001437/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001437/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001437/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001438", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001438/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001438/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001438/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001438/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001439", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001439/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001439/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001439/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001439/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001440", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001440/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001440/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001440/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001440/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001441", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001441/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001441/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001441/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001441/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001442", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001442/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001442/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001442/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001442/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001443", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001443/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001443/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001443/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001443/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001444", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001444/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001444/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001444/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001444/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001445", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001445/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001445/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001445/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001445/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001446", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001446/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001446/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001446/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001446/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001447", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001447/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001447/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001447/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001447/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001448", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001448/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001448/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001448/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001448/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001449", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001449/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001449/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001449/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001449/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001450", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001450/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001450/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001450/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001450/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001451", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001451/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001451/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001451/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001451/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001452", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001452/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001452/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001452/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001452/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001453", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001453/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001453/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001453/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001453/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001454", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001454/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001454/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001454/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001454/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001455", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001455/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001455/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001455/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001455/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001456", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001456/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001456/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001456/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001456/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001457", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001457/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001457/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001457/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001457/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001458", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001458/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001458/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001458/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001458/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001459", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001459/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001459/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001459/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001459/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001460", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001460/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001460/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001460/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001460/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001461", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001461/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001461/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001461/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001461/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001462", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001462/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001462/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001462/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001462/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001463", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001463/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001463/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001463/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001463/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001464", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001464/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001464/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001464/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001464/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001465", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001465/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001465/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001465/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001465/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001466", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001466/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001466/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001466/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001466/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001467", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001467/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001467/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001467/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001467/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001468", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001468/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001468/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001468/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001468/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001469", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001469/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001469/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001469/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001469/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001470", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001470/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001470/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001470/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001470/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001471", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001471/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001471/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001471/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001471/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001472", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001472/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001472/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001472/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001472/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001473", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001473/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001473/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001473/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001473/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001474", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001474/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001474/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001474/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001474/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001475", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001475/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001475/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001475/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001475/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001476", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001476/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001476/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001476/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001476/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001477", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001477/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001477/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001477/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001477/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001478", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001478/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001478/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001478/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001478/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001479", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001479/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001479/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001479/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001479/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001480", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001480/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001480/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001480/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001480/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001481", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001481/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001481/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001481/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001481/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001482", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001482/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001482/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001482/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001482/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001483", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001483/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001483/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001483/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001483/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001484", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001484/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001484/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001484/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001484/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001485", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001485/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001485/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001485/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001485/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001486", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001486/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001486/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001486/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001486/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001487", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001487/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001487/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001487/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001487/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001488", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001488/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001488/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001488/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001488/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001489", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001489/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001489/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001489/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001489/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001490", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001490/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001490/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001490/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001490/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001491", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001491/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001491/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001491/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001491/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001492", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001492/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001492/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001492/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001492/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001493", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001493/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001493/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001493/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001493/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001494", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001494/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001494/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001494/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001494/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001495", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001495/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001495/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001495/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001495/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001496", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001496/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001496/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001496/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001496/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001497", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001497/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001497/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001497/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001497/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001498", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001498/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001498/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001498/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001498/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001499", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001499/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001499/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001499/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001499/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001500", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001500/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001500/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001500/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001500/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001501", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001501/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001501/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001501/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001501/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001502", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001502/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001502/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001502/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001502/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001503", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001503/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001503/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001503/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001503/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001504", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001504/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001504/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001504/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001504/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001505", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001505/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001505/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001505/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001505/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001506", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001506/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001506/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001506/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001506/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001507", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001507/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001507/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001507/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001507/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001508", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001508/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001508/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001508/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001508/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001509", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001509/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001509/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001509/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001509/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001510", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001510/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001510/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001510/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001510/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001511", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001511/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001511/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001511/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001511/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001512", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001512/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001512/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001512/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001512/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001513", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001513/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001513/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001513/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001513/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001514", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001514/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001514/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001514/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001514/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001515", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001515/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001515/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001515/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001515/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001516", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001516/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001516/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001516/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001516/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001517", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001517/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001517/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001517/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001517/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001518", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001518/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001518/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001518/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001518/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001519", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001519/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001519/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001519/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001519/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001520", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001520/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001520/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001520/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001520/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001521", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001521/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001521/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001521/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001521/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001522", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001522/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001522/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001522/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001522/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001523", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001523/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001523/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001523/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001523/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001524", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001524/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001524/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001524/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001524/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001525", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001525/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001525/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001525/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001525/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001526", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001526/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001526/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001526/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001526/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001527", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001527/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001527/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001527/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001527/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001528", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001528/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001528/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001528/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001528/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001529", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001529/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001529/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001529/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001529/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001530", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001530/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001530/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001530/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001530/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001531", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001531/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001531/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001531/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001531/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001532", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001532/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001532/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001532/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001532/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001533", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001533/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001533/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001533/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001533/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001534", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001534/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001534/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001534/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001534/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001535", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001535/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001535/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001535/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001535/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001536", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001536/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001536/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001536/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001536/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001537", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001537/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001537/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001537/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001537/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001538", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001538/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001538/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001538/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001538/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001539", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001539/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001539/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001539/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001539/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001540", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001540/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001540/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001540/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001540/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001541", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001541/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001541/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001541/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001541/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001542", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001542/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001542/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001542/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001542/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001543", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001543/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001543/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001543/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001543/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001544", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001544/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001544/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001544/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001544/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001545", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001545/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001545/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001545/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001545/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001546", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001546/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001546/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001546/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001546/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001547", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001547/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001547/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001547/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001547/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001548", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001548/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001548/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001548/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001548/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001549", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001549/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001549/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001549/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001549/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001550", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001550/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001550/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001550/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001550/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001551", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001551/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001551/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001551/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001551/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001552", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001552/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001552/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001552/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001552/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001553", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001553/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001553/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001553/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001553/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001554", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001554/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001554/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001554/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001554/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001555", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001555/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001555/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001555/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001555/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001556", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001556/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001556/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001556/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001556/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001557", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001557/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001557/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001557/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001557/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001558", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001558/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001558/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001558/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001558/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001559", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001559/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001559/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001559/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001559/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001560", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001560/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001560/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001560/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001560/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001561", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001561/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001561/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001561/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001561/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001562", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001562/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001562/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001562/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001562/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001563", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001563/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001563/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001563/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001563/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001564", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001564/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001564/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001564/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001564/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001565", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001565/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001565/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001565/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001565/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001566", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001566/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001566/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001566/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001566/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001567", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001567/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001567/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001567/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001567/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001568", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001568/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001568/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001568/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001568/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001569", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001569/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001569/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001569/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001569/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001570", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001570/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001570/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001570/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001570/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001571", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001571/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001571/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001571/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001571/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001572", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001572/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001572/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001572/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001572/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001573", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001573/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001573/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001573/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001573/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001574", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001574/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001574/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001574/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001574/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001575", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001575/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001575/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001575/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001575/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001576", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001576/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001576/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001576/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001576/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001577", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001577/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001577/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001577/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001577/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001578", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001578/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001578/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001578/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001578/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001579", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001579/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001579/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001579/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001579/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001580", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001580/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001580/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001580/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001580/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001581", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001581/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001581/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001581/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001581/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001582", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001582/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001582/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001582/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001582/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001583", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001583/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001583/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001583/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001583/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001584", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001584/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001584/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001584/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001584/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001585", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001585/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001585/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001585/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001585/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001586", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001586/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001586/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001586/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001586/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001587", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001587/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001587/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001587/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001587/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001588", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001588/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001588/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001588/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001588/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001589", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001589/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001589/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001589/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001589/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001590", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001590/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001590/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001590/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001590/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001591", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001591/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001591/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001591/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001591/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001592", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001592/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001592/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001592/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001592/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001593", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001593/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001593/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001593/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001593/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001594", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001594/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001594/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001594/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001594/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001595", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001595/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001595/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001595/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001595/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001596", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001596/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001596/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001596/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001596/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001597", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001597/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001597/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001597/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001597/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001598", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001598/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001598/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001598/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001598/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001599", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001599/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001599/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001599/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001599/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001600", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001600/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001600/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001600/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001600/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001601", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001601/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001601/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001601/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001601/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001602", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001602/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001602/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001602/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001602/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001603", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001603/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001603/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001603/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001603/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001604", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001604/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001604/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001604/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001604/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001605", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001605/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001605/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001605/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001605/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001606", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001606/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001606/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001606/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001606/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001607", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001607/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001607/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001607/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001607/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001608", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001608/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001608/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001608/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001608/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001609", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001609/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001609/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001609/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001609/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001610", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001610/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001610/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001610/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001610/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001611", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001611/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001611/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001611/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001611/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001612", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001612/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001612/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001612/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001612/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001613", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001613/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001613/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001613/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001613/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001614", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001614/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001614/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001614/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001614/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001615", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001615/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001615/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001615/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001615/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001616", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001616/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001616/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001616/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001616/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001617", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001617/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001617/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001617/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001617/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001618", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001618/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001618/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001618/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001618/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001619", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001619/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001619/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001619/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001619/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001620", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001620/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001620/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001620/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001620/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001621", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001621/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001621/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001621/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001621/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001622", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001622/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001622/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001622/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001622/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001623", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001623/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001623/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001623/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001623/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001624", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001624/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001624/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001624/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001624/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001625", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001625/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001625/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001625/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001625/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001626", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001626/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001626/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001626/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001626/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001627", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001627/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001627/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001627/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001627/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001628", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001628/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001628/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001628/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001628/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001629", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001629/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001629/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001629/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001629/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001630", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001630/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001630/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001630/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001630/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001631", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001631/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001631/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001631/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001631/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001632", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001632/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001632/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001632/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001632/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001633", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001633/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001633/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001633/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001633/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001634", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001634/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001634/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001634/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001634/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001635", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001635/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001635/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001635/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001635/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001636", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001636/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001636/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001636/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001636/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001637", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001637/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001637/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001637/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001637/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001638", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001638/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001638/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001638/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001638/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001639", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001639/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001639/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001639/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001639/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001640", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001640/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001640/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001640/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001640/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001641", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001641/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001641/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001641/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001641/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001642", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001642/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001642/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001642/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001642/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001643", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001643/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001643/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001643/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001643/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001644", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001644/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001644/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001644/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001644/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001645", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001645/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001645/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001645/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001645/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001646", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001646/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001646/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001646/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001646/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001647", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001647/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001647/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001647/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001647/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001648", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001648/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001648/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001648/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001648/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001649", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001649/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001649/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001649/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001649/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001650", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001650/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001650/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001650/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001650/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001651", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001651/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001651/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001651/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001651/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001652", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001652/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001652/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001652/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001652/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001653", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001653/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001653/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001653/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001653/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001654", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001654/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001654/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001654/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001654/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001655", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001655/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001655/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001655/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001655/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001656", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001656/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001656/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001656/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001656/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001657", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001657/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001657/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001657/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001657/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001658", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001658/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001658/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001658/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001658/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001659", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001659/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001659/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001659/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001659/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001660", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001660/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001660/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001660/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001660/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001661", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001661/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001661/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001661/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001661/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001662", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001662/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001662/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001662/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001662/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001663", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001663/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001663/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001663/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001663/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001664", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001664/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001664/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001664/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001664/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001665", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001665/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001665/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001665/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001665/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001666", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001666/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001666/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001666/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001666/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001667", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001667/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001667/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001667/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001667/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001668", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001668/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001668/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001668/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001668/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001669", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001669/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001669/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001669/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001669/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001670", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001670/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001670/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001670/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001670/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001671", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001671/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001671/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001671/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001671/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001672", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001672/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001672/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001672/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001672/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001673", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001673/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001673/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001673/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001673/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001674", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001674/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001674/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001674/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001674/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001675", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001675/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001675/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001675/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001675/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001676", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001676/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001676/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001676/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001676/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001677", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001677/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001677/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001677/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001677/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001678", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001678/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001678/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001678/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001678/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001679", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001679/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001679/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001679/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001679/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001680", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001680/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001680/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001680/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001680/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001681", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001681/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001681/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001681/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001681/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001682", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001682/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001682/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001682/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001682/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001683", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001683/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001683/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001683/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001683/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001684", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001684/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001684/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001684/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001684/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001685", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001685/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001685/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001685/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001685/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001686", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001686/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001686/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001686/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001686/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001687", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001687/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001687/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001687/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001687/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001688", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001688/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001688/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001688/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001688/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001689", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001689/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001689/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001689/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001689/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001690", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001690/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001690/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001690/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001690/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001691", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001691/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001691/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001691/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001691/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001692", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001692/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001692/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001692/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001692/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001693", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001693/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001693/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001693/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001693/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001694", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001694/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001694/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001694/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001694/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001695", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001695/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001695/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001695/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001695/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001696", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001696/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001696/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001696/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001696/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001697", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001697/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001697/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001697/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001697/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001698", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001698/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001698/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001698/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001698/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001699", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001699/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001699/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001699/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001699/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001700", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001700/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001700/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001700/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001700/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001701", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001701/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001701/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001701/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001701/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001702", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001702/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001702/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001702/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001702/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001703", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001703/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001703/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001703/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001703/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001704", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001704/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001704/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001704/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001704/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001705", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001705/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001705/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001705/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001705/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001706", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001706/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001706/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001706/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001706/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001707", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001707/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001707/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001707/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001707/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001708", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001708/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001708/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001708/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001708/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001709", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001709/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001709/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001709/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001709/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001710", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001710/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001710/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001710/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001710/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001711", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001711/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001711/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001711/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001711/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001712", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001712/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001712/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001712/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001712/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001713", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001713/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001713/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001713/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001713/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001714", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001714/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001714/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001714/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001714/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001715", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001715/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001715/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001715/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001715/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001716", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001716/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001716/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001716/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001716/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001717", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001717/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001717/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001717/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001717/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001718", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001718/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001718/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001718/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001718/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001719", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001719/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001719/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001719/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001719/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001720", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001720/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001720/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001720/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001720/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001721", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001721/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001721/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001721/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001721/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001722", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001722/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001722/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001722/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001722/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001723", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001723/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001723/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001723/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001723/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001724", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001724/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001724/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001724/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001724/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001725", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001725/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001725/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001725/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001725/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001726", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001726/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001726/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001726/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001726/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001727", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001727/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001727/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001727/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001727/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001728", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001728/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001728/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001728/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001728/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001729", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001729/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001729/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001729/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001729/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001730", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001730/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001730/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001730/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001730/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001731", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001731/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001731/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001731/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001731/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001732", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001732/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001732/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001732/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001732/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001733", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001733/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001733/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001733/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001733/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001734", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001734/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001734/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001734/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001734/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001735", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001735/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001735/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001735/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001735/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001736", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001736/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001736/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001736/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001736/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001737", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001737/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001737/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001737/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001737/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001738", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001738/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001738/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001738/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001738/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001739", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001739/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001739/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001739/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001739/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001740", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001740/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001740/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001740/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001740/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001741", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001741/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001741/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001741/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001741/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001742", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001742/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001742/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001742/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001742/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001743", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001743/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001743/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001743/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001743/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001744", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001744/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001744/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001744/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001744/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001745", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001745/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001745/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001745/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001745/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001746", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001746/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001746/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001746/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001746/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001747", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001747/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001747/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001747/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001747/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001748", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001748/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001748/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001748/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001748/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001749", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001749/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001749/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001749/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001749/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001750", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001750/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001750/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001750/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001750/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001751", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001751/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001751/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001751/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001751/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001752", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001752/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001752/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001752/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001752/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001753", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001753/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001753/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001753/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001753/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001754", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001754/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001754/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001754/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001754/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001755", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001755/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001755/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001755/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001755/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001756", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001756/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001756/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001756/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001756/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001757", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001757/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001757/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001757/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001757/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001758", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001758/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001758/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001758/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001758/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001759", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001759/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001759/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001759/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001759/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001760", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001760/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001760/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001760/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001760/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001761", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001761/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001761/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001761/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001761/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001762", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001762/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001762/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001762/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001762/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001763", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001763/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001763/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001763/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001763/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001764", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001764/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001764/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001764/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001764/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001765", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001765/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001765/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001765/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001765/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001766", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001766/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001766/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001766/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001766/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001767", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001767/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001767/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001767/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001767/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001768", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001768/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001768/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001768/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001768/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001769", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001769/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001769/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001769/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001769/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001770", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001770/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001770/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001770/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001770/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001771", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001771/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001771/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001771/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001771/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001772", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001772/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001772/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001772/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001772/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001773", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001773/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001773/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001773/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001773/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001774", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001774/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001774/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001774/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001774/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001775", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001775/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001775/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001775/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001775/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001776", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001776/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001776/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001776/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001776/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001777", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001777/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001777/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001777/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001777/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001778", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001778/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001778/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001778/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001778/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001779", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001779/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001779/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001779/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001779/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001780", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001780/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001780/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001780/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001780/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001781", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001781/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001781/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001781/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001781/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001782", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001782/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001782/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001782/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001782/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001783", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001783/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001783/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001783/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001783/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001784", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001784/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001784/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001784/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001784/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001785", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001785/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001785/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001785/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001785/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001786", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001786/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001786/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001786/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001786/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001787", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001787/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001787/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001787/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001787/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001788", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001788/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001788/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001788/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001788/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001789", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001789/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001789/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001789/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001789/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001790", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001790/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001790/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001790/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001790/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001791", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001791/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001791/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001791/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001791/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001792", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001792/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001792/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001792/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001792/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001793", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001793/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001793/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001793/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001793/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001794", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001794/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001794/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001794/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001794/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001795", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001795/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001795/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001795/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001795/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001796", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001796/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001796/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001796/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001796/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001797", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001797/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001797/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001797/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001797/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001798", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001798/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001798/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001798/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001798/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001799", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001799/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001799/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001799/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001799/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001800", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001800/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001800/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001800/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001800/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001801", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001801/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001801/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001801/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001801/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001802", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001802/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001802/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001802/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001802/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001803", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001803/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001803/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001803/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001803/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001804", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001804/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001804/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001804/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001804/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001805", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001805/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001805/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001805/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001805/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001806", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001806/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001806/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001806/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001806/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001807", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001807/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001807/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001807/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001807/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001808", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001808/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001808/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001808/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001808/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001809", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001809/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001809/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001809/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001809/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001810", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001810/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001810/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001810/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001810/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001811", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001811/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001811/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001811/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001811/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001812", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001812/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001812/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001812/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001812/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001813", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001813/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001813/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001813/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001813/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001814", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001814/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001814/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001814/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001814/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001815", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001815/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001815/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001815/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001815/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001816", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001816/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001816/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001816/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001816/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001817", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001817/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001817/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001817/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001817/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001818", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001818/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001818/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001818/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001818/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001819", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001819/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001819/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001819/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001819/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001820", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001820/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001820/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001820/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001820/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001821", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001821/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001821/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001821/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001821/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001822", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001822/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001822/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001822/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001822/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001823", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001823/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001823/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001823/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001823/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001824", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001824/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001824/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001824/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001824/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001825", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001825/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001825/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001825/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001825/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001826", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001826/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001826/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001826/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001826/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001827", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001827/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001827/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001827/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001827/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001828", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001828/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001828/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001828/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001828/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001829", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001829/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001829/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001829/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001829/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001830", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001830/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001830/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001830/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001830/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001831", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001831/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001831/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001831/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001831/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001832", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001832/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001832/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001832/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001832/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001833", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001833/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001833/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001833/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001833/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001834", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001834/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001834/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001834/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001834/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001835", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001835/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001835/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001835/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001835/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001836", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001836/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001836/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001836/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001836/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001837", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001837/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001837/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001837/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001837/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001838", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001838/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001838/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001838/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001838/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001839", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001839/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001839/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001839/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001839/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001840", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001840/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001840/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001840/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001840/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001841", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001841/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001841/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001841/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001841/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001842", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001842/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001842/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001842/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001842/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001843", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001843/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001843/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001843/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001843/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001844", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001844/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001844/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001844/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001844/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001845", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001845/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001845/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001845/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001845/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001846", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001846/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001846/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001846/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001846/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001847", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001847/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001847/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001847/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001847/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001848", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001848/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001848/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001848/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001848/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001849", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001849/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001849/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001849/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001849/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001850", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001850/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001850/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001850/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001850/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001851", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001851/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001851/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001851/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001851/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001852", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001852/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001852/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001852/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001852/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001853", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001853/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001853/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001853/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001853/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001854", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001854/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001854/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001854/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001854/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001855", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001855/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001855/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001855/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001855/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001856", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001856/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001856/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001856/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001856/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001857", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001857/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001857/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001857/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001857/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001858", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001858/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001858/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001858/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001858/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001859", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001859/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001859/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001859/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001859/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001860", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001860/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001860/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001860/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001860/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001861", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001861/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001861/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001861/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001861/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001862", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001862/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001862/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001862/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001862/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001863", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001863/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001863/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001863/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001863/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001864", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001864/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001864/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001864/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001864/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001865", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001865/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001865/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001865/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001865/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001866", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001866/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001866/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001866/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001866/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001867", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001867/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001867/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001867/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001867/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001868", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001868/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001868/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001868/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001868/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001869", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001869/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001869/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001869/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001869/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001870", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001870/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001870/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001870/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001870/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001871", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001871/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001871/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001871/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001871/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001872", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001872/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001872/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001872/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001872/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001873", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001873/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001873/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001873/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001873/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001874", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001874/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001874/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001874/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001874/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001875", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001875/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001875/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001875/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001875/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001876", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001876/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001876/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001876/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001876/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001877", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001877/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001877/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001877/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001877/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001878", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001878/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001878/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001878/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001878/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001879", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001879/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001879/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001879/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001879/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001880", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001880/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001880/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001880/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001880/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001881", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001881/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001881/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001881/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001881/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001882", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001882/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001882/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001882/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001882/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001883", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001883/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001883/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001883/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001883/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001884", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001884/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001884/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001884/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001884/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001885", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001885/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001885/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001885/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001885/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001886", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001886/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001886/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001886/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001886/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001887", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001887/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001887/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001887/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001887/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001888", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001888/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001888/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001888/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001888/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001889", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001889/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001889/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001889/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001889/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001890", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001890/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001890/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001890/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001890/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001891", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001891/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001891/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001891/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001891/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001892", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001892/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001892/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001892/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001892/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001893", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001893/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001893/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001893/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001893/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001894", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001894/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001894/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001894/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001894/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001895", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001895/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001895/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001895/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001895/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001896", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001896/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001896/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001896/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001896/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001897", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001897/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001897/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001897/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001897/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001898", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001898/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001898/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001898/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001898/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001899", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001899/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001899/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001899/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001899/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001900", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001900/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001900/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001900/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001900/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001901", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001901/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001901/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001901/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001901/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001902", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001902/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001902/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001902/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001902/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001903", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001903/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001903/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001903/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001903/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001904", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001904/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001904/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001904/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001904/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001905", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001905/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001905/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001905/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001905/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001906", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001906/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001906/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001906/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001906/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001907", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001907/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001907/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001907/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001907/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001908", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001908/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001908/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001908/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001908/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001909", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001909/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001909/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001909/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001909/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001910", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001910/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001910/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001910/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001910/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001911", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001911/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001911/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001911/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001911/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001912", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001912/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001912/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001912/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001912/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001913", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001913/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001913/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001913/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001913/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001914", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001914/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001914/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001914/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001914/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001915", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001915/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001915/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001915/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001915/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001916", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001916/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001916/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001916/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001916/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001917", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001917/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001917/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001917/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001917/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001918", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001918/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001918/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001918/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001918/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001919", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001919/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001919/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001919/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001919/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001920", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001920/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001920/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001920/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001920/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001921", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001921/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001921/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001921/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001921/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001922", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001922/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001922/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001922/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001922/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001923", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001923/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001923/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001923/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001923/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001924", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001924/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001924/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001924/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001924/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001925", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001925/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001925/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001925/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001925/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001926", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001926/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001926/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001926/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001926/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001927", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001927/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001927/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001927/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001927/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001928", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001928/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001928/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001928/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001928/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001929", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001929/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001929/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001929/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001929/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001930", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001930/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001930/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001930/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001930/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001931", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001931/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001931/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001931/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001931/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001932", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001932/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001932/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001932/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001932/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001933", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001933/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001933/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001933/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001933/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001934", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001934/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001934/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001934/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001934/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001935", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001935/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001935/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001935/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001935/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001936", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001936/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001936/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001936/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001936/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001937", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001937/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001937/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001937/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001937/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001938", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001938/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001938/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001938/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001938/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001939", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001939/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001939/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001939/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001939/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001940", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001940/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001940/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001940/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001940/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001941", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001941/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001941/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001941/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001941/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001942", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001942/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001942/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001942/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001942/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001943", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001943/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001943/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001943/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001943/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001944", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001944/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001944/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001944/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001944/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001945", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001945/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001945/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001945/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001945/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001946", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001946/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001946/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001946/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001946/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001947", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001947/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001947/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001947/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001947/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001948", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001948/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001948/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001948/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001948/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001949", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001949/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001949/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001949/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001949/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001950", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001950/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001950/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001950/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001950/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001951", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001951/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001951/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001951/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001951/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001952", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001952/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001952/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001952/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001952/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001953", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001953/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001953/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001953/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001953/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001954", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001954/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001954/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001954/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001954/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001955", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001955/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001955/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001955/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001955/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001956", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001956/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001956/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001956/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001956/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001957", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001957/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001957/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001957/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001957/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001958", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001958/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001958/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001958/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001958/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001959", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001959/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001959/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001959/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001959/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001960", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001960/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001960/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001960/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001960/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001961", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001961/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001961/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001961/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001961/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001962", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001962/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001962/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001962/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001962/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001963", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001963/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001963/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001963/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001963/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001964", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001964/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001964/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001964/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001964/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001965", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001965/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001965/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001965/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001965/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001966", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001966/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001966/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001966/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001966/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001967", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001967/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001967/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001967/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001967/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001968", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001968/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001968/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001968/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001968/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001969", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001969/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001969/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001969/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001969/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001970", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001970/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001970/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001970/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001970/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001971", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001971/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001971/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001971/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001971/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001972", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001972/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001972/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001972/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001972/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001973", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001973/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001973/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001973/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001973/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001974", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001974/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001974/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001974/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001974/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001975", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001975/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001975/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001975/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001975/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001976", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001976/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001976/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001976/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001976/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001977", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001977/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001977/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001977/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001977/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001978", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001978/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001978/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001978/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001978/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001979", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001979/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001979/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001979/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001979/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001980", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001980/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001980/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001980/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001980/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001981", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001981/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001981/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001981/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001981/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001982", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001982/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001982/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001982/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001982/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001983", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001983/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001983/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001983/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001983/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001984", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001984/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001984/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001984/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001984/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001985", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001985/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001985/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001985/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001985/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001986", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001986/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001986/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001986/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001986/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001987", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001987/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001987/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001987/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001987/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001988", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001988/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001988/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001988/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001988/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001989", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001989/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001989/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001989/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001989/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001990", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001990/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001990/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001990/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001990/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001991", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001991/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001991/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001991/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001991/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001992", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001992/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001992/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001992/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001992/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001993", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001993/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001993/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001993/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001993/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001994", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001994/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001994/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001994/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001994/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001995", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001995/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001995/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001995/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001995/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001996", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001996/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001996/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001996/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001996/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001997", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001997/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001997/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001997/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001997/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001998", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001998/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001998/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001998/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001998/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00001999", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001999/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001999/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001999/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00001999/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002000", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002000/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002000/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002000/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002000/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002001", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002001/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002001/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002001/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002001/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002002", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002002/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002002/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002002/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002002/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002003", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002003/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002003/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002003/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002003/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002004", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002004/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002004/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002004/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002004/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002005", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002005/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002005/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002005/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002005/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002006", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002006/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002006/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002006/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002006/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002007", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002007/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002007/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002007/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002007/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002008", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002008/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002008/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002008/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002008/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002009", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002009/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002009/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002009/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002009/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002010", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002010/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002010/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002010/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002010/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002011", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002011/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002011/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002011/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002011/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002012", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002012/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002012/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002012/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002012/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002013", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002013/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002013/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002013/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002013/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002014", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002014/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002014/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002014/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002014/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002015", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002015/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002015/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002015/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002015/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002016", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002016/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002016/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002016/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002016/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002017", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002017/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002017/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002017/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002017/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002018", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002018/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002018/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002018/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002018/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002019", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002019/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002019/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002019/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002019/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002020", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002020/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002020/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002020/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002020/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002021", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002021/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002021/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002021/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002021/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002022", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002022/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002022/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002022/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002022/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002023", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002023/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002023/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002023/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002023/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002024", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002024/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002024/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002024/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002024/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002025", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002025/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002025/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002025/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002025/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002026", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002026/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002026/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002026/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002026/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002027", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002027/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002027/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002027/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002027/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002028", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002028/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002028/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002028/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002028/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002029", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002029/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002029/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002029/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002029/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002030", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002030/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002030/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002030/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002030/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002031", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002031/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002031/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002031/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002031/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002032", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002032/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002032/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002032/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002032/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002033", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002033/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002033/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002033/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002033/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002034", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002034/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002034/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002034/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002034/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002035", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002035/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002035/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002035/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002035/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002036", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002036/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002036/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002036/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002036/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002037", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002037/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002037/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002037/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002037/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002038", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002038/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002038/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002038/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002038/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002039", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002039/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002039/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002039/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002039/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002040", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002040/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002040/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002040/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002040/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002041", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002041/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002041/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002041/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002041/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002042", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002042/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002042/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002042/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002042/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002043", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002043/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002043/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002043/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002043/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002044", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002044/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002044/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002044/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002044/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002045", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002045/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002045/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002045/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002045/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002046", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002046/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002046/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002046/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002046/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002047", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002047/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002047/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002047/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002047/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002048", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002048/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002048/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002048/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002048/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002049", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002049/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002049/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002049/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002049/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002050", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002050/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002050/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002050/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002050/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002051", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002051/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002051/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002051/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002051/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002052", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002052/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002052/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002052/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002052/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002053", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002053/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002053/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002053/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002053/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002054", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002054/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002054/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002054/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002054/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002055", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002055/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002055/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002055/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002055/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002056", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002056/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002056/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002056/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002056/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002057", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002057/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002057/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002057/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002057/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002058", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002058/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002058/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002058/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002058/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002059", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002059/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002059/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002059/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002059/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002060", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002060/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002060/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002060/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002060/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002061", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002061/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002061/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002061/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002061/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002062", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002062/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002062/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002062/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002062/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002063", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002063/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002063/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002063/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002063/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002064", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002064/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002064/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002064/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002064/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002065", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002065/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002065/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002065/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002065/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002066", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002066/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002066/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002066/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002066/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002067", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002067/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002067/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002067/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002067/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002068", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002068/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002068/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002068/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002068/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002069", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002069/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002069/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002069/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002069/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002070", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002070/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002070/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002070/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002070/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002071", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002071/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002071/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002071/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002071/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002072", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002072/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002072/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002072/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002072/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002073", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002073/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002073/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002073/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002073/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002074", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002074/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002074/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002074/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002074/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002075", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002075/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002075/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002075/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002075/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002076", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002076/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002076/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002076/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002076/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002077", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002077/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002077/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002077/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002077/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002078", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002078/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002078/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002078/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002078/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002079", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002079/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002079/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002079/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002079/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002080", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002080/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002080/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002080/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002080/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002081", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002081/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002081/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002081/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002081/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002082", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002082/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002082/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002082/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002082/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002083", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002083/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002083/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002083/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002083/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002084", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002084/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002084/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002084/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002084/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002085", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002085/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002085/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002085/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002085/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002086", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002086/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002086/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002086/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002086/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002087", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002087/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002087/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002087/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002087/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002088", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002088/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002088/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002088/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002088/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002089", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002089/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002089/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002089/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002089/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002090", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002090/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002090/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002090/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002090/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002091", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002091/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002091/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002091/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002091/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002092", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002092/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002092/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002092/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002092/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002093", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002093/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002093/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002093/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002093/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002094", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002094/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002094/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002094/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002094/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002095", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002095/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002095/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002095/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002095/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002096", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002096/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002096/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002096/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002096/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002097", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002097/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002097/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002097/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002097/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002098", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002098/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002098/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002098/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002098/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002099", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002099/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002099/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002099/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002099/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002100", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002100/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002100/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002100/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002100/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002101", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002101/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002101/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002101/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002101/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002102", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002102/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002102/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002102/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002102/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002103", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002103/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002103/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002103/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002103/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002104", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002104/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002104/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002104/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002104/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002105", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002105/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002105/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002105/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002105/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002106", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002106/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002106/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002106/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002106/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002107", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002107/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002107/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002107/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002107/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002108", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002108/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002108/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002108/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002108/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002109", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002109/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002109/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002109/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002109/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002110", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002110/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002110/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002110/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002110/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002111", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002111/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002111/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002111/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002111/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002112", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002112/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002112/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002112/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002112/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002113", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002113/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002113/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002113/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002113/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002114", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002114/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002114/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002114/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002114/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002115", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002115/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002115/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002115/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002115/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002116", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002116/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002116/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002116/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002116/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002117", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002117/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002117/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002117/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002117/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002118", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002118/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002118/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002118/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002118/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002119", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002119/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002119/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002119/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002119/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002120", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002120/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002120/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002120/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002120/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002121", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002121/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002121/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002121/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002121/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002122", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002122/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002122/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002122/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002122/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002123", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002123/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002123/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002123/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002123/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002124", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002124/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002124/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002124/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002124/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002125", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002125/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002125/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002125/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002125/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002126", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002126/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002126/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002126/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002126/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002127", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002127/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002127/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002127/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002127/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002128", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002128/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002128/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002128/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002128/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002129", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002129/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002129/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002129/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002129/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002130", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002130/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002130/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002130/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002130/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002131", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002131/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002131/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002131/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002131/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002132", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002132/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002132/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002132/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002132/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002133", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002133/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002133/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002133/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002133/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002134", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002134/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002134/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002134/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002134/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002135", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002135/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002135/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002135/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002135/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002136", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002136/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002136/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002136/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002136/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002137", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002137/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002137/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002137/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002137/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002138", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002138/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002138/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002138/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002138/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002139", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002139/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002139/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002139/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002139/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002140", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002140/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002140/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002140/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002140/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002141", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002141/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002141/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002141/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002141/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002142", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002142/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002142/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002142/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002142/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002143", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002143/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002143/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002143/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002143/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002144", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002144/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002144/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002144/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002144/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002145", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002145/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002145/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002145/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002145/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002146", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002146/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002146/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002146/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002146/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002147", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002147/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002147/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002147/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002147/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002148", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002148/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002148/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002148/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002148/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002149", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002149/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002149/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002149/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002149/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002150", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002150/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002150/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002150/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002150/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002151", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002151/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002151/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002151/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002151/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002152", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002152/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002152/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002152/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002152/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002153", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002153/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002153/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002153/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002153/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002154", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002154/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002154/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002154/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002154/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002155", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002155/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002155/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002155/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002155/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002156", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002156/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002156/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002156/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002156/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002157", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002157/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002157/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002157/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002157/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002158", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002158/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002158/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002158/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002158/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002159", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002159/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002159/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002159/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002159/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002160", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002160/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002160/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002160/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002160/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002161", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002161/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002161/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002161/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002161/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002162", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002162/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002162/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002162/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002162/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002163", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002163/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002163/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002163/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002163/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002164", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002164/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002164/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002164/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002164/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002165", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002165/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002165/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002165/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002165/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002166", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002166/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002166/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002166/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002166/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002167", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002167/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002167/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002167/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002167/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002168", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002168/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002168/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002168/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002168/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002169", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002169/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002169/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002169/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002169/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002170", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002170/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002170/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002170/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002170/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002171", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002171/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002171/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002171/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002171/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002172", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002172/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002172/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002172/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002172/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002173", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002173/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002173/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002173/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002173/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002174", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002174/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002174/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002174/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002174/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002175", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002175/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002175/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002175/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002175/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002176", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002176/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002176/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002176/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002176/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002177", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002177/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002177/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002177/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002177/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002178", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002178/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002178/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002178/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002178/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002179", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002179/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002179/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002179/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002179/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002180", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002180/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002180/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002180/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002180/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002181", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002181/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002181/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002181/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002181/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002182", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002182/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002182/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002182/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002182/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002183", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002183/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002183/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002183/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002183/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002184", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002184/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002184/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002184/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002184/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002185", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002185/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002185/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002185/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002185/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002186", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002186/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002186/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002186/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002186/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002187", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002187/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002187/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002187/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002187/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002188", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002188/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002188/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002188/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002188/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002189", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002189/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002189/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002189/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002189/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002190", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002190/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002190/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002190/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002190/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002191", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002191/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002191/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002191/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002191/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002192", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002192/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002192/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002192/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002192/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002193", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002193/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002193/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002193/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002193/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002194", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002194/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002194/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002194/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002194/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002195", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002195/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002195/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002195/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002195/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002196", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002196/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002196/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002196/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002196/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002197", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002197/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002197/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002197/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002197/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002198", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002198/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002198/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002198/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002198/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002199", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002199/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002199/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002199/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002199/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002200", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002200/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002200/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002200/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002200/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002201", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002201/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002201/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002201/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002201/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002202", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002202/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002202/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002202/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002202/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002203", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002203/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002203/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002203/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002203/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002204", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002204/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002204/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002204/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002204/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002205", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002205/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002205/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002205/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002205/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002206", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002206/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002206/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002206/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002206/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002207", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002207/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002207/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002207/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002207/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002208", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002208/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002208/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002208/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002208/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002209", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002209/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002209/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002209/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002209/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002210", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002210/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002210/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002210/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002210/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002211", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002211/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002211/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002211/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002211/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002212", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002212/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002212/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002212/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002212/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002213", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002213/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002213/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002213/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002213/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002214", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002214/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002214/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002214/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002214/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002215", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002215/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002215/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002215/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002215/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002216", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002216/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002216/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002216/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002216/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002217", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002217/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002217/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002217/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002217/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002218", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002218/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002218/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002218/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002218/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002219", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002219/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002219/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002219/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002219/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002220", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002220/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002220/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002220/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002220/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002221", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002221/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002221/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002221/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002221/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002222", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002222/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002222/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002222/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002222/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002223", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002223/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002223/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002223/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002223/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002224", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002224/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002224/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002224/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002224/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002225", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002225/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002225/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002225/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002225/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002226", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002226/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002226/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002226/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002226/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002227", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002227/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002227/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002227/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002227/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002228", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002228/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002228/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002228/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002228/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002229", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002229/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002229/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002229/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002229/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002230", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002230/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002230/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002230/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002230/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002231", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002231/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002231/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002231/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002231/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002232", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002232/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002232/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002232/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002232/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002233", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002233/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002233/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002233/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002233/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002234", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002234/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002234/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002234/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002234/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002235", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002235/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002235/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002235/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002235/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002236", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002236/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002236/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002236/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002236/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002237", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002237/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002237/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002237/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002237/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002238", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002238/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002238/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002238/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002238/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002239", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002239/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002239/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002239/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002239/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002240", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002240/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002240/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002240/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002240/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002241", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002241/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002241/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002241/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002241/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002242", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002242/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002242/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002242/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002242/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002243", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002243/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002243/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002243/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002243/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002244", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002244/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002244/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002244/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002244/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002245", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002245/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002245/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002245/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002245/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002246", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002246/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002246/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002246/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002246/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002247", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002247/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002247/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002247/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002247/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002248", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002248/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002248/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002248/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002248/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002249", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002249/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002249/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002249/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002249/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002250", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002250/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002250/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002250/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002250/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002251", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002251/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002251/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002251/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002251/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002252", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002252/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002252/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002252/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002252/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002253", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002253/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002253/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002253/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002253/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002254", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002254/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002254/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002254/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002254/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002255", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002255/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002255/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002255/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002255/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002256", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002256/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002256/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002256/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002256/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002257", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002257/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002257/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002257/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002257/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002258", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002258/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002258/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002258/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002258/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002259", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002259/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002259/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002259/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002259/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002260", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002260/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002260/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002260/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002260/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002261", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002261/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002261/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002261/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002261/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002262", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002262/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002262/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002262/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002262/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002263", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002263/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002263/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002263/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002263/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002264", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002264/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002264/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002264/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002264/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002265", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002265/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002265/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002265/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002265/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002266", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002266/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002266/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002266/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002266/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002267", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002267/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002267/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002267/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002267/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002268", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002268/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002268/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002268/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002268/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002269", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002269/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002269/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002269/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002269/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002270", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002270/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002270/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002270/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002270/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002271", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002271/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002271/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002271/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002271/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002272", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002272/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002272/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002272/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002272/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002273", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002273/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002273/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002273/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002273/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002274", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002274/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002274/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002274/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002274/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002275", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002275/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002275/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002275/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002275/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002276", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002276/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002276/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002276/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002276/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002277", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002277/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002277/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002277/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002277/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002278", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002278/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002278/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002278/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002278/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002279", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002279/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002279/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002279/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002279/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002280", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002280/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002280/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002280/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002280/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002281", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002281/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002281/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002281/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002281/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002282", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002282/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002282/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002282/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002282/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002283", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002283/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002283/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002283/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002283/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002284", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002284/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002284/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002284/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002284/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002285", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002285/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002285/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002285/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002285/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002286", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002286/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002286/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002286/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002286/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002287", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002287/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002287/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002287/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002287/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002288", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002288/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002288/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002288/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002288/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002289", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002289/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002289/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002289/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002289/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002290", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002290/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002290/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002290/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002290/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002291", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002291/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002291/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002291/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002291/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002292", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002292/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002292/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002292/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002292/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002293", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002293/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002293/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002293/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002293/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002294", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002294/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002294/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002294/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002294/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002295", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002295/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002295/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002295/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002295/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002296", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002296/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002296/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002296/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002296/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002297", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002297/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002297/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002297/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002297/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002298", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002298/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002298/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002298/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002298/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002299", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002299/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002299/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002299/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002299/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002300", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002300/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002300/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002300/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002300/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002301", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002301/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002301/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002301/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002301/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002302", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002302/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002302/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002302/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002302/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002303", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002303/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002303/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002303/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002303/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002304", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002304/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002304/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002304/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002304/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002305", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002305/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002305/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002305/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002305/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002306", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002306/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002306/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002306/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002306/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002307", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002307/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002307/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002307/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002307/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002308", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002308/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002308/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002308/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002308/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002309", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002309/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002309/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002309/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002309/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002310", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002310/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002310/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002310/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002310/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002311", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002311/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002311/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002311/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002311/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002312", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002312/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002312/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002312/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002312/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002313", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002313/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002313/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002313/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002313/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002314", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002314/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002314/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002314/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002314/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002315", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002315/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002315/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002315/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002315/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002316", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002316/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002316/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002316/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002316/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002317", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002317/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002317/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002317/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002317/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002318", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002318/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002318/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002318/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002318/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002319", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002319/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002319/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002319/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002319/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002320", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002320/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002320/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002320/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002320/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002321", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002321/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002321/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002321/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002321/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002322", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002322/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002322/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002322/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002322/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002323", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002323/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002323/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002323/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002323/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002324", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002324/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002324/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002324/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002324/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002325", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002325/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002325/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002325/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002325/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002326", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002326/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002326/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002326/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002326/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002327", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002327/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002327/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002327/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002327/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002328", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002328/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002328/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002328/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002328/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002329", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002329/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002329/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002329/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002329/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002330", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002330/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002330/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002330/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002330/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002331", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002331/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002331/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002331/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002331/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002332", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002332/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002332/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002332/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002332/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002333", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002333/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002333/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002333/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002333/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002334", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002334/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002334/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002334/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002334/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002335", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002335/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002335/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002335/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002335/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002336", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002336/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002336/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002336/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002336/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002337", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002337/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002337/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002337/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002337/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002338", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002338/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002338/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002338/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002338/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002339", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002339/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002339/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002339/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002339/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002340", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002340/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002340/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002340/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002340/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002341", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002341/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002341/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002341/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002341/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002342", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002342/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002342/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002342/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002342/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002343", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002343/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002343/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002343/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002343/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002344", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002344/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002344/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002344/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002344/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002345", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002345/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002345/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002345/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002345/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002346", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002346/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002346/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002346/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002346/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002347", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002347/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002347/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002347/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002347/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002348", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002348/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002348/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002348/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002348/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002349", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002349/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002349/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002349/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002349/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002350", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002350/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002350/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002350/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002350/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002351", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002351/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002351/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002351/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002351/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002352", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002352/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002352/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002352/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002352/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002353", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002353/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002353/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002353/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002353/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002354", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002354/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002354/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002354/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002354/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002355", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002355/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002355/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002355/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002355/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002356", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002356/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002356/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002356/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002356/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002357", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002357/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002357/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002357/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002357/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002358", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002358/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002358/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002358/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002358/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002359", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002359/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002359/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002359/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002359/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002360", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002360/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002360/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002360/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002360/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002361", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002361/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002361/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002361/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002361/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002362", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002362/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002362/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002362/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002362/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002363", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002363/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002363/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002363/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002363/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002364", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002364/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002364/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002364/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002364/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002365", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002365/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002365/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002365/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002365/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002366", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002366/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002366/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002366/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002366/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002367", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002367/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002367/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002367/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002367/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002368", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002368/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002368/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002368/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002368/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002369", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002369/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002369/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002369/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002369/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002370", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002370/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002370/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002370/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002370/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002371", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002371/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002371/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002371/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002371/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002372", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002372/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002372/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002372/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002372/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002373", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002373/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002373/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002373/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002373/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002374", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002374/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002374/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002374/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002374/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002375", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002375/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002375/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002375/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002375/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002376", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002376/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002376/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002376/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002376/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002377", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002377/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002377/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002377/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002377/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002378", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002378/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002378/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002378/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002378/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002379", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002379/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002379/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002379/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002379/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002380", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002380/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002380/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002380/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002380/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002381", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002381/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002381/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002381/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002381/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002382", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002382/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002382/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002382/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002382/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002383", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002383/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002383/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002383/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002383/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002384", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002384/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002384/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002384/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002384/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002385", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002385/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002385/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002385/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002385/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002386", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002386/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002386/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002386/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002386/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002387", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002387/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002387/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002387/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002387/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002388", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002388/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002388/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002388/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002388/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002389", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002389/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002389/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002389/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002389/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002390", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002390/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002390/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002390/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002390/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002391", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002391/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002391/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002391/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002391/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002392", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002392/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002392/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002392/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002392/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002393", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002393/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002393/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002393/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002393/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002394", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002394/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002394/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002394/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002394/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002395", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002395/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002395/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002395/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002395/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002396", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002396/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002396/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002396/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002396/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002397", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002397/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002397/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002397/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002397/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002398", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002398/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002398/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002398/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002398/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002399", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002399/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002399/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002399/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002399/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002400", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002400/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002400/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002400/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002400/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002401", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002401/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002401/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002401/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002401/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002402", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002402/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002402/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002402/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002402/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002403", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002403/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002403/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002403/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002403/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002404", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002404/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002404/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002404/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002404/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002405", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002405/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002405/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002405/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002405/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002406", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002406/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002406/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002406/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002406/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002407", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002407/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002407/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002407/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002407/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002408", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002408/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002408/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002408/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002408/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002409", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002409/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002409/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002409/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002409/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002410", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002410/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002410/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002410/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002410/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002411", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002411/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002411/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002411/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002411/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002412", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002412/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002412/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002412/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002412/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002413", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002413/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002413/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002413/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002413/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002414", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002414/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002414/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002414/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002414/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002415", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002415/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002415/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002415/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002415/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002416", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002416/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002416/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002416/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002416/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002417", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002417/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002417/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002417/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002417/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002418", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002418/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002418/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002418/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002418/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002419", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002419/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002419/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002419/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002419/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002420", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002420/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002420/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002420/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002420/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002421", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002421/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002421/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002421/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002421/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002422", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002422/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002422/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002422/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002422/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002423", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002423/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002423/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002423/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002423/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002424", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002424/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002424/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002424/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002424/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002425", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002425/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002425/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002425/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002425/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002426", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002426/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002426/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002426/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002426/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002427", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002427/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002427/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002427/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002427/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002428", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002428/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002428/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002428/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002428/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002429", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002429/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002429/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002429/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002429/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002430", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002430/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002430/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002430/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002430/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002431", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002431/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002431/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002431/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002431/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002432", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002432/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002432/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002432/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002432/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002433", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002433/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002433/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002433/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002433/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002434", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002434/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002434/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002434/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002434/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002435", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002435/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002435/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002435/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002435/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002436", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002436/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002436/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002436/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002436/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002437", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002437/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002437/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002437/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002437/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002438", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002438/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002438/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002438/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002438/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002439", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002439/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002439/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002439/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002439/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002440", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002440/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002440/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002440/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002440/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002441", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002441/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002441/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002441/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002441/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002442", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002442/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002442/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002442/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002442/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002443", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002443/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002443/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002443/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002443/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002444", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002444/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002444/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002444/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002444/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002445", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002445/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002445/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002445/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002445/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002446", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002446/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002446/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002446/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002446/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002447", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002447/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002447/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002447/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002447/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002448", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002448/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002448/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002448/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002448/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002449", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002449/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002449/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002449/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002449/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002450", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002450/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002450/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002450/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002450/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002451", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002451/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002451/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002451/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002451/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002452", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002452/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002452/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002452/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002452/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002453", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002453/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002453/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002453/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002453/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002454", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002454/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002454/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002454/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002454/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002455", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002455/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002455/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002455/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002455/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002456", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002456/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002456/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002456/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002456/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002457", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002457/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002457/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002457/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002457/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002458", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002458/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002458/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002458/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002458/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002459", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002459/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002459/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002459/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002459/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002460", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002460/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002460/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002460/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002460/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002461", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002461/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002461/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002461/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002461/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002462", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002462/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002462/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002462/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002462/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002463", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002463/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002463/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002463/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002463/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002464", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002464/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002464/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002464/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002464/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002465", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002465/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002465/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002465/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002465/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002466", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002466/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002466/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002466/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002466/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002467", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002467/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002467/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002467/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002467/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002468", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002468/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002468/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002468/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002468/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002469", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002469/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002469/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002469/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002469/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002470", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002470/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002470/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002470/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002470/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002471", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002471/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002471/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002471/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002471/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002472", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002472/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002472/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002472/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002472/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002473", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002473/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002473/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002473/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002473/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002474", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002474/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002474/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002474/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002474/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002475", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002475/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002475/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002475/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002475/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002476", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002476/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002476/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002476/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002476/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002477", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002477/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002477/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002477/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002477/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002478", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002478/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002478/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002478/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002478/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002479", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002479/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002479/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002479/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002479/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002480", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002480/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002480/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002480/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002480/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002481", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002481/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002481/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002481/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002481/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002482", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002482/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002482/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002482/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002482/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002483", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002483/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002483/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002483/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002483/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002484", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002484/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002484/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002484/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002484/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002485", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002485/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002485/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002485/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002485/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002486", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002486/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002486/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002486/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002486/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002487", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002487/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002487/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002487/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002487/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002488", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002488/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002488/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002488/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002488/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002489", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002489/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002489/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002489/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002489/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002490", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002490/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002490/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002490/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002490/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002491", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002491/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002491/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002491/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002491/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002492", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002492/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002492/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002492/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002492/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002493", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002493/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002493/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002493/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002493/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002494", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002494/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002494/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002494/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002494/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002495", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002495/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002495/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002495/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002495/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002496", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002496/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002496/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002496/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002496/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002497", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002497/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002497/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002497/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002497/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002498", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002498/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002498/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002498/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002498/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002499", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002499/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002499/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002499/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002499/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002500", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002500/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002500/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002500/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002500/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002501", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002501/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002501/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002501/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002501/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002502", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002502/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002502/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002502/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002502/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002503", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002503/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002503/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002503/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002503/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002504", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002504/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002504/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002504/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002504/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002505", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002505/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002505/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002505/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002505/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002506", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002506/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002506/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002506/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002506/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002507", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002507/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002507/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002507/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002507/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002508", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002508/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002508/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002508/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002508/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002509", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002509/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002509/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002509/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002509/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002510", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002510/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002510/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002510/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002510/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002511", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002511/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002511/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002511/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002511/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002512", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002512/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002512/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002512/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002512/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002513", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002513/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002513/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002513/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002513/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002514", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002514/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002514/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002514/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002514/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002515", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002515/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002515/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002515/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002515/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002516", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002516/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002516/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002516/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002516/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002517", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002517/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002517/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002517/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002517/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002518", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002518/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002518/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002518/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002518/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002519", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002519/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002519/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002519/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002519/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002520", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002520/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002520/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002520/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002520/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002521", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002521/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002521/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002521/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002521/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002522", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002522/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002522/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002522/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002522/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002523", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002523/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002523/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002523/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002523/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002524", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002524/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002524/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002524/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002524/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002525", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002525/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002525/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002525/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002525/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002526", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002526/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002526/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002526/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002526/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002527", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002527/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002527/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002527/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002527/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002528", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002528/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002528/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002528/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002528/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002529", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002529/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002529/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002529/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002529/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002530", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002530/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002530/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002530/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002530/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002531", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002531/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002531/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002531/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002531/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002532", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002532/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002532/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002532/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002532/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002533", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002533/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002533/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002533/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002533/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002534", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002534/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002534/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002534/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002534/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002535", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002535/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002535/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002535/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002535/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002536", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002536/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002536/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002536/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002536/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002537", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002537/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002537/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002537/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002537/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002538", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002538/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002538/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002538/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002538/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002539", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002539/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002539/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002539/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002539/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002540", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002540/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002540/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002540/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002540/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002541", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002541/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002541/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002541/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002541/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002542", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002542/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002542/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002542/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002542/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002543", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002543/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002543/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002543/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002543/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002544", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002544/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002544/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002544/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002544/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002545", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002545/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002545/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002545/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002545/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002546", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002546/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002546/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002546/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002546/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002547", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002547/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002547/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002547/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002547/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002548", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002548/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002548/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002548/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002548/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002549", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002549/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002549/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002549/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002549/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002550", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002550/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002550/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002550/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002550/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002551", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002551/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002551/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002551/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002551/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002552", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002552/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002552/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002552/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002552/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002553", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002553/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002553/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002553/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002553/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002554", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002554/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002554/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002554/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002554/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002555", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002555/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002555/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002555/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002555/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002556", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002556/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002556/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002556/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002556/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002557", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002557/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002557/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002557/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002557/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002558", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002558/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002558/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002558/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002558/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002559", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002559/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002559/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002559/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002559/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002560", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002560/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002560/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002560/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002560/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002561", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002561/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002561/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002561/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002561/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002562", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002562/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002562/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002562/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002562/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002563", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002563/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002563/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002563/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002563/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002564", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002564/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002564/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002564/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002564/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002565", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002565/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002565/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002565/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002565/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002566", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002566/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002566/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002566/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002566/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002567", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002567/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002567/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002567/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002567/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002568", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002568/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002568/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002568/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002568/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002569", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002569/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002569/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002569/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002569/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002570", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002570/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002570/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002570/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002570/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002571", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002571/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002571/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002571/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002571/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002572", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002572/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002572/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002572/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002572/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002573", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002573/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002573/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002573/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002573/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002574", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002574/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002574/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002574/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002574/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002575", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002575/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002575/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002575/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002575/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002576", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002576/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002576/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002576/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002576/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002577", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002577/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002577/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002577/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002577/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002578", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002578/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002578/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002578/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002578/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002579", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002579/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002579/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002579/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002579/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002580", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002580/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002580/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002580/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002580/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002581", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002581/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002581/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002581/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002581/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002582", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002582/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002582/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002582/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002582/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002583", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002583/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002583/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002583/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002583/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002584", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002584/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002584/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002584/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002584/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002585", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002585/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002585/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002585/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002585/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002586", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002586/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002586/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002586/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002586/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002587", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002587/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002587/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002587/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002587/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002588", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002588/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002588/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002588/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002588/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002589", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002589/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002589/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002589/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002589/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002590", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002590/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002590/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002590/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002590/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002591", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002591/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002591/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002591/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002591/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002592", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002592/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002592/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002592/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002592/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002593", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002593/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002593/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002593/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002593/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002594", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002594/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002594/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002594/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002594/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002595", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002595/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002595/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002595/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002595/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002596", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002596/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002596/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002596/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002596/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002597", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002597/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002597/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002597/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002597/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002598", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002598/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002598/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002598/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002598/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002599", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002599/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002599/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002599/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002599/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002600", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002600/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002600/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002600/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002600/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002601", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002601/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002601/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002601/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002601/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002602", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002602/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002602/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002602/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002602/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002603", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002603/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002603/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002603/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002603/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002604", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002604/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002604/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002604/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002604/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002605", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002605/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002605/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002605/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002605/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002606", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002606/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002606/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002606/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002606/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002607", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002607/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002607/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002607/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002607/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002608", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002608/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002608/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002608/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002608/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002609", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002609/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002609/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002609/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002609/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002610", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002610/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002610/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002610/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002610/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002611", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002611/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002611/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002611/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002611/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002612", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002612/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002612/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002612/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002612/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002613", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002613/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002613/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002613/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002613/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002614", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002614/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002614/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002614/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002614/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002615", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002615/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002615/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002615/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002615/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002616", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002616/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002616/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002616/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002616/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002617", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002617/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002617/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002617/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002617/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002618", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002618/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002618/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002618/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002618/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002619", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002619/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002619/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002619/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002619/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002620", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002620/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002620/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002620/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002620/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002621", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002621/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002621/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002621/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002621/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002622", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002622/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002622/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002622/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002622/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002623", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002623/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002623/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002623/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002623/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002624", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002624/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002624/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002624/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002624/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002625", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002625/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002625/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002625/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002625/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002626", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002626/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002626/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002626/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002626/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002627", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002627/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002627/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002627/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002627/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002628", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002628/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002628/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002628/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002628/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002629", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002629/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002629/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002629/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002629/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002630", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002630/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002630/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002630/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002630/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002631", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002631/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002631/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002631/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002631/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002632", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002632/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002632/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002632/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002632/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002633", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002633/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002633/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002633/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002633/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002634", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002634/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002634/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002634/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002634/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002635", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002635/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002635/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002635/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002635/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002636", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002636/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002636/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002636/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002636/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002637", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002637/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002637/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002637/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002637/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002638", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002638/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002638/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002638/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002638/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002639", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002639/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002639/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002639/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002639/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002640", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002640/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002640/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002640/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002640/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002641", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002641/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002641/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002641/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002641/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002642", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002642/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002642/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002642/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002642/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002643", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002643/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002643/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002643/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002643/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002644", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002644/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002644/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002644/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002644/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002645", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002645/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002645/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002645/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002645/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002646", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002646/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002646/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002646/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002646/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002647", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002647/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002647/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002647/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002647/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002648", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002648/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002648/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002648/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002648/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002649", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002649/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002649/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002649/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002649/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002650", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002650/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002650/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002650/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002650/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002651", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002651/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002651/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002651/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002651/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002652", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002652/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002652/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002652/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002652/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002653", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002653/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002653/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002653/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002653/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002654", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002654/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002654/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002654/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002654/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002655", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002655/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002655/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002655/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002655/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002656", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002656/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002656/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002656/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002656/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002657", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002657/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002657/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002657/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002657/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002658", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002658/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002658/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002658/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002658/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002659", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002659/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002659/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002659/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002659/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002660", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002660/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002660/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002660/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002660/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002661", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002661/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002661/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002661/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002661/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002662", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002662/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002662/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002662/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002662/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002663", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002663/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002663/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002663/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002663/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002664", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002664/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002664/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002664/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002664/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002665", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002665/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002665/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002665/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002665/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002666", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002666/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002666/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002666/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002666/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002667", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002667/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002667/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002667/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002667/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002668", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002668/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002668/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002668/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002668/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002669", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002669/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002669/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002669/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002669/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002670", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002670/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002670/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002670/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002670/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002671", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002671/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002671/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002671/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002671/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002672", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002672/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002672/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002672/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002672/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002673", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002673/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002673/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002673/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002673/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002674", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002674/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002674/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002674/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002674/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002675", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002675/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002675/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002675/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002675/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002676", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002676/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002676/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002676/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002676/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002677", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002677/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002677/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002677/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002677/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002678", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002678/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002678/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002678/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002678/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002679", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002679/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002679/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002679/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002679/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002680", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002680/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002680/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002680/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002680/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002681", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002681/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002681/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002681/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002681/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002682", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002682/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002682/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002682/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002682/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002683", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002683/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002683/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002683/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002683/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002684", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002684/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002684/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002684/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002684/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002685", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002685/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002685/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002685/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002685/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002686", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002686/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002686/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002686/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002686/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002687", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002687/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002687/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002687/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002687/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002688", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002688/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002688/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002688/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002688/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002689", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002689/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002689/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002689/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002689/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002690", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002690/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002690/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002690/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002690/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002691", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002691/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002691/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002691/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002691/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002692", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002692/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002692/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002692/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002692/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002693", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002693/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002693/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002693/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002693/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002694", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002694/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002694/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002694/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002694/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002695", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002695/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002695/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002695/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002695/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002696", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002696/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002696/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002696/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002696/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002697", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002697/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002697/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002697/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002697/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002698", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002698/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002698/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002698/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002698/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002699", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002699/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002699/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002699/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002699/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002700", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002700/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002700/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002700/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002700/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002701", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002701/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002701/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002701/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002701/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002702", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002702/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002702/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002702/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002702/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002703", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002703/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002703/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002703/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002703/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002704", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002704/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002704/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002704/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002704/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002705", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002705/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002705/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002705/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002705/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002706", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002706/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002706/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002706/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002706/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002707", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002707/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002707/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002707/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002707/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002708", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002708/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002708/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002708/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002708/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002709", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002709/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002709/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002709/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002709/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002710", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002710/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002710/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002710/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002710/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002711", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002711/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002711/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002711/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002711/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002712", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002712/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002712/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002712/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002712/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002713", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002713/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002713/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002713/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002713/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002714", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002714/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002714/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002714/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002714/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002715", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002715/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002715/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002715/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002715/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002716", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002716/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002716/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002716/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002716/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002717", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002717/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002717/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002717/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002717/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002718", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002718/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002718/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002718/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002718/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002719", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002719/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002719/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002719/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002719/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002720", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002720/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002720/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002720/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002720/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002721", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002721/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002721/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002721/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002721/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002722", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002722/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002722/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002722/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002722/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002723", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002723/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002723/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002723/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002723/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002724", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002724/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002724/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002724/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002724/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002725", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002725/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002725/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002725/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002725/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002726", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002726/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002726/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002726/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002726/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002727", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002727/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002727/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002727/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002727/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002728", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002728/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002728/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002728/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002728/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002729", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002729/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002729/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002729/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002729/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002730", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002730/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002730/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002730/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002730/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002731", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002731/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002731/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002731/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002731/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002732", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002732/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002732/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002732/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002732/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002733", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002733/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002733/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002733/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002733/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002734", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002734/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002734/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002734/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002734/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002735", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002735/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002735/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002735/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002735/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002736", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002736/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002736/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002736/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002736/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002737", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002737/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002737/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002737/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002737/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002738", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002738/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002738/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002738/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002738/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002739", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002739/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002739/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002739/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002739/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002740", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002740/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002740/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002740/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002740/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002741", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002741/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002741/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002741/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002741/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002742", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002742/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002742/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002742/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002742/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002743", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002743/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002743/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002743/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002743/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002744", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002744/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002744/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002744/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002744/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002745", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002745/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002745/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002745/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002745/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002746", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002746/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002746/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002746/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002746/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002747", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002747/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002747/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002747/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002747/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002748", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002748/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002748/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002748/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002748/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002749", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002749/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002749/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002749/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002749/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002750", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002750/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002750/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002750/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002750/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002751", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002751/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002751/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002751/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002751/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002752", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002752/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002752/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002752/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002752/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002753", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002753/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002753/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002753/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002753/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002754", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002754/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002754/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002754/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002754/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002755", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002755/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002755/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002755/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002755/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002756", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002756/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002756/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002756/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002756/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002757", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002757/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002757/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002757/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002757/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002758", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002758/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002758/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002758/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002758/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002759", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002759/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002759/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002759/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002759/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002760", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002760/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002760/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002760/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002760/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002761", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002761/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002761/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002761/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002761/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002762", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002762/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002762/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002762/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002762/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002763", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002763/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002763/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002763/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002763/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002764", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002764/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002764/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002764/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002764/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002765", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002765/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002765/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002765/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002765/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002766", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002766/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002766/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002766/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002766/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002767", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002767/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002767/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002767/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002767/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002768", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002768/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002768/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002768/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002768/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002769", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002769/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002769/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002769/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002769/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002770", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002770/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002770/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002770/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002770/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002771", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002771/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002771/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002771/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002771/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002772", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002772/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002772/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002772/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002772/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002773", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002773/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002773/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002773/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002773/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002774", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002774/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002774/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002774/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002774/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002775", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002775/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002775/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002775/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002775/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002776", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002776/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002776/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002776/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002776/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002777", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002777/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002777/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002777/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002777/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002778", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002778/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002778/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002778/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002778/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002779", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002779/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002779/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002779/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002779/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002780", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002780/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002780/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002780/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002780/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002781", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002781/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002781/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002781/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002781/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002782", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002782/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002782/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002782/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002782/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002783", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002783/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002783/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002783/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002783/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002784", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002784/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002784/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002784/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002784/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002785", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002785/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002785/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002785/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002785/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002786", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002786/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002786/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002786/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002786/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002787", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002787/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002787/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002787/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002787/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002788", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002788/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002788/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002788/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002788/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002789", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002789/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002789/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002789/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002789/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002790", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002790/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002790/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002790/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002790/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002791", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002791/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002791/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002791/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002791/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002792", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002792/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002792/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002792/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002792/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002793", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002793/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002793/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002793/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002793/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002794", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002794/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002794/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002794/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002794/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002795", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002795/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002795/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002795/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002795/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002796", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002796/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002796/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002796/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002796/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002797", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002797/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002797/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002797/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002797/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002798", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002798/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002798/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002798/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002798/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002799", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002799/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002799/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002799/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002799/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002800", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002800/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002800/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002800/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002800/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002801", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002801/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002801/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002801/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002801/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002802", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002802/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002802/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002802/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002802/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002803", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002803/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002803/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002803/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002803/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002804", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002804/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002804/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002804/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002804/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002805", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002805/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002805/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002805/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002805/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002806", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002806/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002806/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002806/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002806/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002807", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002807/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002807/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002807/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002807/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002808", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002808/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002808/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002808/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002808/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002809", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002809/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002809/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002809/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002809/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002810", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002810/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002810/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002810/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002810/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002811", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002811/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002811/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002811/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002811/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002812", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002812/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002812/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002812/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002812/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002813", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002813/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002813/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002813/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002813/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002814", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002814/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002814/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002814/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002814/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002815", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002815/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002815/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002815/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002815/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002816", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002816/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002816/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002816/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002816/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002817", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002817/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002817/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002817/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002817/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002818", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002818/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002818/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002818/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002818/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002819", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002819/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002819/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002819/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002819/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002820", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002820/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002820/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002820/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002820/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002821", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002821/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002821/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002821/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002821/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002822", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002822/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002822/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002822/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002822/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002823", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002823/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002823/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002823/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002823/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002824", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002824/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002824/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002824/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002824/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002825", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002825/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002825/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002825/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002825/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002826", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002826/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002826/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002826/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002826/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002827", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002827/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002827/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002827/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002827/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002828", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002828/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002828/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002828/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002828/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002829", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002829/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002829/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002829/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002829/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002830", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002830/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002830/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002830/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002830/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002831", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002831/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002831/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002831/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002831/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002832", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002832/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002832/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002832/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002832/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002833", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002833/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002833/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002833/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002833/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002834", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002834/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002834/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002834/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002834/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002835", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002835/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002835/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002835/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002835/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002836", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002836/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002836/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002836/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002836/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002837", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002837/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002837/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002837/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002837/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002838", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002838/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002838/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002838/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002838/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002839", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002839/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002839/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002839/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002839/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002840", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002840/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002840/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002840/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002840/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002841", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002841/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002841/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002841/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002841/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002842", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002842/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002842/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002842/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002842/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002843", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002843/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002843/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002843/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002843/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002844", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002844/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002844/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002844/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002844/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002845", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002845/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002845/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002845/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002845/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002846", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002846/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002846/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002846/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002846/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002847", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002847/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002847/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002847/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002847/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002848", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002848/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002848/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002848/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002848/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002849", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002849/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002849/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002849/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002849/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002850", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002850/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002850/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002850/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002850/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002851", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002851/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002851/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002851/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002851/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002852", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002852/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002852/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002852/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002852/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002853", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002853/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002853/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002853/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002853/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002854", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002854/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002854/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002854/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002854/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002855", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002855/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002855/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002855/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002855/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002856", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002856/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002856/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002856/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002856/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002857", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002857/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002857/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002857/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002857/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002858", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002858/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002858/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002858/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002858/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002859", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002859/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002859/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002859/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002859/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002860", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002860/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002860/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002860/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002860/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002861", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002861/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002861/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002861/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002861/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002862", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002862/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002862/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002862/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002862/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002863", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002863/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002863/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002863/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002863/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002864", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002864/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002864/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002864/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002864/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002865", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002865/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002865/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002865/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002865/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002866", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002866/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002866/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002866/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002866/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002867", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002867/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002867/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002867/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002867/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002868", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002868/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002868/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002868/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002868/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002869", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002869/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002869/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002869/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002869/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002870", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002870/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002870/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002870/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002870/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002871", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002871/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002871/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002871/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002871/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002872", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002872/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002872/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002872/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002872/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002873", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002873/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002873/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002873/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002873/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002874", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002874/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002874/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002874/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002874/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002875", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002875/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002875/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002875/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002875/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002876", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002876/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002876/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002876/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002876/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002877", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002877/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002877/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002877/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002877/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002878", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002878/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002878/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002878/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002878/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002879", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002879/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002879/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002879/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002879/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002880", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002880/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002880/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002880/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002880/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002881", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002881/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002881/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002881/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002881/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002882", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002882/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002882/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002882/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002882/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002883", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002883/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002883/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002883/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002883/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002884", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002884/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002884/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002884/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002884/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002885", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002885/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002885/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002885/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002885/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002886", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002886/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002886/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002886/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002886/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002887", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002887/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002887/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002887/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002887/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002888", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002888/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002888/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002888/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002888/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002889", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002889/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002889/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002889/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002889/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002890", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002890/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002890/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002890/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002890/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002891", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002891/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002891/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002891/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002891/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002892", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002892/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002892/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002892/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002892/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002893", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002893/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002893/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002893/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002893/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002894", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002894/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002894/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002894/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002894/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002895", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002895/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002895/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002895/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002895/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002896", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002896/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002896/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002896/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002896/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002897", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002897/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002897/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002897/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002897/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002898", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002898/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002898/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002898/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002898/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002899", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002899/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002899/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002899/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002899/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002900", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002900/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002900/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002900/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002900/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002901", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002901/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002901/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002901/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002901/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002902", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002902/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002902/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002902/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002902/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002903", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002903/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002903/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002903/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002903/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002904", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002904/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002904/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002904/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002904/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002905", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002905/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002905/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002905/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002905/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002906", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002906/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002906/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002906/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002906/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002907", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002907/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002907/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002907/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002907/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002908", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002908/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002908/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002908/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002908/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002909", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002909/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002909/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002909/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002909/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002910", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002910/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002910/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002910/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002910/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002911", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002911/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002911/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002911/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002911/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002912", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002912/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002912/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002912/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002912/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002913", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002913/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002913/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002913/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002913/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002914", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002914/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002914/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002914/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002914/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002915", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002915/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002915/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002915/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002915/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002916", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002916/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002916/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002916/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002916/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002917", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002917/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002917/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002917/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002917/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002918", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002918/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002918/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002918/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002918/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002919", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002919/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002919/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002919/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002919/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002920", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002920/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002920/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002920/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002920/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002921", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002921/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002921/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002921/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002921/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002922", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002922/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002922/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002922/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002922/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002923", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002923/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002923/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002923/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002923/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002924", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002924/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002924/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002924/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002924/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002925", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002925/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002925/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002925/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002925/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002926", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002926/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002926/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002926/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002926/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002927", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002927/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002927/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002927/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002927/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002928", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002928/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002928/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002928/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002928/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002929", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002929/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002929/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002929/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002929/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002930", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002930/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002930/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002930/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002930/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002931", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002931/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002931/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002931/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002931/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002932", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002932/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002932/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002932/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002932/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002933", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002933/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002933/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002933/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002933/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002934", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002934/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002934/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002934/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002934/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002935", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002935/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002935/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002935/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002935/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002936", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002936/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002936/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002936/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002936/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002937", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002937/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002937/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002937/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002937/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002938", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002938/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002938/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002938/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002938/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002939", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002939/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002939/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002939/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002939/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002940", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002940/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002940/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002940/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002940/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002941", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002941/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002941/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002941/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002941/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002942", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002942/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002942/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002942/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002942/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002943", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002943/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002943/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002943/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002943/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002944", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002944/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002944/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002944/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002944/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002945", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002945/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002945/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002945/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002945/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002946", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002946/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002946/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002946/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002946/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002947", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002947/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002947/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002947/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002947/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002948", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002948/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002948/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002948/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002948/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002949", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002949/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002949/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002949/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002949/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002950", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002950/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002950/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002950/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002950/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002951", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002951/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002951/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002951/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002951/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002952", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002952/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002952/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002952/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002952/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002953", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002953/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002953/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002953/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002953/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002954", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002954/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002954/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002954/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002954/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002955", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002955/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002955/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002955/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002955/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002956", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002956/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002956/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002956/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002956/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002957", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002957/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002957/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002957/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002957/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002958", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002958/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002958/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002958/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002958/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002959", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002959/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002959/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002959/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002959/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002960", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002960/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002960/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002960/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002960/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002961", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002961/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002961/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002961/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002961/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002962", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002962/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002962/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002962/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002962/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002963", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002963/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002963/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002963/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002963/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002964", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002964/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002964/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002964/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002964/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002965", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002965/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002965/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002965/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002965/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002966", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002966/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002966/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002966/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002966/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002967", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002967/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002967/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002967/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002967/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002968", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002968/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002968/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002968/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002968/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002969", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002969/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002969/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002969/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002969/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002970", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002970/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002970/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002970/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002970/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002971", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002971/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002971/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002971/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002971/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002972", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002972/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002972/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002972/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002972/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002973", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002973/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002973/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002973/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002973/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002974", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002974/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002974/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002974/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002974/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002975", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002975/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002975/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002975/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002975/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002976", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002976/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002976/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002976/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002976/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002977", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002977/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002977/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002977/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002977/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002978", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002978/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002978/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002978/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002978/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002979", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002979/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002979/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002979/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002979/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002980", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002980/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002980/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002980/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002980/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002981", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002981/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002981/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002981/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002981/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002982", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002982/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002982/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002982/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002982/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002983", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002983/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002983/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002983/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002983/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002984", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002984/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002984/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002984/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002984/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002985", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002985/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002985/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002985/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002985/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002986", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002986/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002986/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002986/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002986/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002987", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002987/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002987/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002987/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002987/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002988", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002988/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002988/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002988/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002988/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002989", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002989/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002989/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002989/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002989/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002990", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002990/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002990/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002990/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002990/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002991", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002991/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002991/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002991/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002991/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002992", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002992/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002992/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002992/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002992/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002993", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002993/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002993/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002993/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002993/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002994", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002994/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002994/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002994/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002994/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002995", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002995/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002995/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002995/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002995/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002996", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002996/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002996/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002996/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002996/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002997", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002997/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002997/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002997/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002997/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002998", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002998/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002998/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002998/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002998/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00002999", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002999/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002999/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002999/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00002999/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003000", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003000/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003000/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003000/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003000/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003001", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003001/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003001/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003001/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003001/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003002", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003002/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003002/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003002/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003002/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003003", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003003/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003003/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003003/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003003/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003004", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003004/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003004/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003004/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003004/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003005", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003005/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003005/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003005/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003005/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003006", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003006/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003006/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003006/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003006/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003007", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003007/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003007/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003007/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003007/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003008", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003008/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003008/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003008/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003008/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003009", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003009/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003009/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003009/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003009/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003010", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003010/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003010/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003010/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003010/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003011", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003011/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003011/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003011/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003011/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003012", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003012/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003012/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003012/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003012/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003013", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003013/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003013/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003013/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003013/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003014", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003014/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003014/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003014/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003014/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003015", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003015/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003015/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003015/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003015/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003016", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003016/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003016/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003016/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003016/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003017", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003017/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003017/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003017/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003017/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003018", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003018/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003018/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003018/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003018/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003019", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003019/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003019/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003019/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003019/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003020", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003020/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003020/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003020/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003020/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003021", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003021/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003021/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003021/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003021/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003022", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003022/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003022/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003022/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003022/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003023", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003023/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003023/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003023/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003023/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003024", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003024/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003024/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003024/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003024/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003025", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003025/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003025/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003025/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003025/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003026", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003026/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003026/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003026/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003026/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003027", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003027/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003027/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003027/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003027/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003028", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003028/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003028/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003028/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003028/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003029", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003029/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003029/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003029/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003029/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003030", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003030/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003030/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003030/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003030/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003031", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003031/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003031/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003031/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003031/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003032", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003032/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003032/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003032/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003032/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003033", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003033/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003033/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003033/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003033/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003034", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003034/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003034/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003034/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003034/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003035", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003035/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003035/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003035/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003035/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003036", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003036/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003036/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003036/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003036/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003037", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003037/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003037/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003037/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003037/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003038", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003038/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003038/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003038/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003038/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003039", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003039/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003039/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003039/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003039/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003040", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003040/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003040/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003040/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003040/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003041", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003041/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003041/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003041/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003041/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003042", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003042/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003042/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003042/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003042/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003043", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003043/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003043/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003043/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003043/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003044", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003044/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003044/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003044/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003044/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003045", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003045/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003045/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003045/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003045/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003046", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003046/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003046/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003046/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003046/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003047", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003047/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003047/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003047/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003047/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003048", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003048/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003048/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003048/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003048/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003049", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003049/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003049/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003049/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003049/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003050", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003050/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003050/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003050/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003050/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003051", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003051/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003051/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003051/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003051/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003052", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003052/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003052/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003052/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003052/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003053", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003053/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003053/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003053/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003053/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003054", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003054/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003054/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003054/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003054/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003055", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003055/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003055/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003055/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003055/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003056", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003056/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003056/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003056/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003056/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003057", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003057/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003057/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003057/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003057/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003058", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003058/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003058/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003058/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003058/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003059", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003059/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003059/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003059/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003059/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003060", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003060/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003060/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003060/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003060/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003061", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003061/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003061/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003061/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003061/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003062", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003062/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003062/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003062/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003062/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003063", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003063/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003063/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003063/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003063/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003064", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003064/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003064/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003064/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003064/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003065", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003065/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003065/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003065/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003065/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003066", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003066/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003066/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003066/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003066/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003067", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003067/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003067/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003067/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003067/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003068", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003068/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003068/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003068/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003068/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003069", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003069/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003069/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003069/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003069/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003070", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003070/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003070/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003070/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003070/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003071", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003071/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003071/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003071/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003071/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003072", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003072/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003072/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003072/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003072/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003073", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003073/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003073/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003073/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003073/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003074", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003074/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003074/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003074/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003074/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003075", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003075/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003075/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003075/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003075/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003076", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003076/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003076/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003076/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003076/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003077", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003077/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003077/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003077/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003077/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003078", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003078/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003078/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003078/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003078/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003079", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003079/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003079/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003079/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003079/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003080", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003080/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003080/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003080/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003080/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003081", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003081/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003081/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003081/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003081/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003082", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003082/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003082/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003082/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003082/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003083", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003083/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003083/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003083/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003083/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003084", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003084/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003084/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003084/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003084/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003085", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003085/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003085/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003085/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003085/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003086", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003086/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003086/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003086/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003086/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003087", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003087/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003087/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003087/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003087/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003088", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003088/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003088/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003088/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003088/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003089", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003089/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003089/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003089/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003089/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003090", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003090/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003090/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003090/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003090/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003091", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003091/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003091/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003091/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003091/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003092", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003092/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003092/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003092/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003092/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003093", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003093/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003093/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003093/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003093/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003094", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003094/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003094/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003094/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003094/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003095", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003095/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003095/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003095/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003095/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003096", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003096/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003096/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003096/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003096/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003097", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003097/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003097/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003097/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003097/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003098", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003098/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003098/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003098/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003098/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003099", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003099/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003099/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003099/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003099/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003100", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003100/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003100/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003100/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003100/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003101", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003101/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003101/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003101/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003101/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003102", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003102/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003102/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003102/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003102/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003103", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003103/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003103/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003103/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003103/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003104", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003104/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003104/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003104/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003104/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003105", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003105/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003105/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003105/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003105/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003106", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003106/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003106/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003106/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003106/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003107", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003107/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003107/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003107/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003107/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003108", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003108/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003108/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003108/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003108/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003109", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003109/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003109/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003109/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003109/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003110", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003110/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003110/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003110/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003110/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003111", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003111/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003111/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003111/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003111/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003112", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003112/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003112/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003112/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003112/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003113", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003113/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003113/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003113/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003113/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003114", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003114/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003114/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003114/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003114/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003115", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003115/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003115/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003115/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003115/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003116", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003116/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003116/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003116/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003116/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003117", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003117/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003117/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003117/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003117/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003118", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003118/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003118/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003118/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003118/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003119", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003119/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003119/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003119/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003119/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003120", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003120/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003120/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003120/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003120/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003121", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003121/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003121/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003121/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003121/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003122", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003122/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003122/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003122/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003122/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003123", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003123/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003123/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003123/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003123/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003124", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003124/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003124/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003124/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003124/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003125", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003125/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003125/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003125/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003125/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003126", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003126/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003126/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003126/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003126/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003127", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003127/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003127/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003127/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003127/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003128", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003128/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003128/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003128/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003128/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003129", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003129/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003129/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003129/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003129/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003130", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003130/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003130/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003130/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003130/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003131", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003131/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003131/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003131/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003131/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003132", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003132/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003132/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003132/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003132/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003133", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003133/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003133/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003133/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003133/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003134", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003134/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003134/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003134/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003134/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003135", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003135/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003135/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003135/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003135/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003136", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003136/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003136/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003136/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003136/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003137", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003137/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003137/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003137/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003137/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003138", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003138/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003138/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003138/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003138/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003139", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003139/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003139/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003139/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003139/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003140", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003140/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003140/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003140/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003140/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003141", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003141/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003141/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003141/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003141/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003142", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003142/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003142/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003142/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003142/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003143", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003143/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003143/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003143/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003143/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003144", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003144/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003144/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003144/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003144/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003145", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003145/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003145/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003145/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003145/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003146", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003146/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003146/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003146/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003146/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003147", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003147/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003147/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003147/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003147/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003148", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003148/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003148/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003148/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003148/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003149", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003149/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003149/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003149/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003149/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003150", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003150/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003150/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003150/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003150/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003151", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003151/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003151/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003151/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003151/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003152", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003152/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003152/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003152/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003152/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003153", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003153/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003153/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003153/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003153/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003154", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003154/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003154/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003154/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003154/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003155", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003155/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003155/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003155/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003155/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003156", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003156/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003156/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003156/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003156/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003157", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003157/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003157/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003157/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003157/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003158", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003158/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003158/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003158/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003158/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003159", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003159/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003159/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003159/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003159/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003160", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003160/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003160/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003160/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003160/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003161", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003161/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003161/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003161/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003161/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003162", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003162/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003162/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003162/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003162/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003163", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003163/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003163/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003163/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003163/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003164", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003164/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003164/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003164/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003164/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003165", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003165/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003165/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003165/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003165/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003166", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003166/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003166/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003166/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003166/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003167", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003167/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003167/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003167/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003167/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003168", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003168/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003168/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003168/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003168/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003169", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003169/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003169/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003169/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003169/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003170", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003170/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003170/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003170/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003170/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003171", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003171/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003171/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003171/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003171/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003172", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003172/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003172/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003172/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003172/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003173", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003173/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003173/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003173/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003173/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003174", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003174/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003174/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003174/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003174/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003175", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003175/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003175/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003175/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003175/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003176", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003176/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003176/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003176/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003176/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003177", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003177/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003177/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003177/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003177/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003178", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003178/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003178/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003178/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003178/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003179", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003179/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003179/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003179/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003179/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003180", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003180/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003180/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003180/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003180/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003181", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003181/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003181/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003181/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003181/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003182", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003182/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003182/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003182/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003182/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003183", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003183/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003183/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003183/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003183/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003184", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003184/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003184/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003184/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003184/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003185", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003185/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003185/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003185/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003185/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003186", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003186/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003186/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003186/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003186/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003187", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003187/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003187/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003187/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003187/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003188", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003188/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003188/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003188/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003188/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003189", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003189/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003189/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003189/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003189/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003190", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003190/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003190/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003190/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003190/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003191", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003191/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003191/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003191/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003191/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003192", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003192/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003192/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003192/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003192/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003193", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003193/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003193/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003193/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003193/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003194", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003194/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003194/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003194/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003194/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003195", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003195/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003195/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003195/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003195/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003196", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003196/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003196/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003196/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003196/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003197", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003197/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003197/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003197/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003197/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003198", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003198/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003198/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003198/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003198/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003199", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003199/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003199/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003199/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003199/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003200", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003200/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003200/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003200/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003200/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003201", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003201/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003201/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003201/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003201/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003202", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003202/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003202/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003202/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003202/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003203", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003203/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003203/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003203/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003203/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003204", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003204/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003204/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003204/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003204/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003205", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003205/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003205/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003205/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003205/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003206", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003206/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003206/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003206/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003206/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003207", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003207/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003207/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003207/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003207/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003208", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003208/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003208/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003208/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003208/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003209", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003209/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003209/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003209/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003209/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003210", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003210/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003210/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003210/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003210/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003211", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003211/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003211/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003211/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003211/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003212", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003212/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003212/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003212/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003212/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003213", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003213/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003213/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003213/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003213/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003214", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003214/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003214/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003214/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003214/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003215", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003215/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003215/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003215/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003215/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003216", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003216/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003216/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003216/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003216/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003217", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003217/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003217/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003217/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003217/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003218", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003218/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003218/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003218/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003218/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003219", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003219/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003219/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003219/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003219/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003220", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003220/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003220/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003220/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003220/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003221", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003221/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003221/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003221/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003221/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003222", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003222/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003222/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003222/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003222/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003223", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003223/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003223/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003223/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003223/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003224", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003224/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003224/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003224/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003224/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003225", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003225/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003225/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003225/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003225/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003226", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003226/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003226/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003226/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003226/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003227", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003227/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003227/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003227/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003227/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003228", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003228/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003228/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003228/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003228/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003229", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003229/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003229/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003229/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003229/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003230", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003230/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003230/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003230/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003230/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003231", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003231/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003231/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003231/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003231/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003232", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003232/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003232/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003232/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003232/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003233", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003233/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003233/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003233/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003233/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003234", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003234/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003234/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003234/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003234/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003235", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003235/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003235/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003235/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003235/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003236", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003236/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003236/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003236/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003236/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003237", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003237/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003237/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003237/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003237/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003238", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003238/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003238/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003238/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003238/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003239", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003239/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003239/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003239/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003239/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003240", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003240/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003240/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003240/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003240/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003241", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003241/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003241/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003241/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003241/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003242", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003242/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003242/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003242/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003242/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003243", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003243/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003243/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003243/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003243/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003244", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003244/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003244/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003244/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003244/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003245", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003245/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003245/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003245/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003245/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003246", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003246/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003246/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003246/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003246/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003247", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003247/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003247/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003247/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003247/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003248", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003248/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003248/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003248/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003248/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003249", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003249/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003249/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003249/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003249/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003250", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003250/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003250/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003250/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003250/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003251", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003251/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003251/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003251/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003251/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003252", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003252/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003252/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003252/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003252/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003253", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003253/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003253/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003253/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003253/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003254", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003254/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003254/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003254/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003254/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003255", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003255/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003255/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003255/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003255/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003256", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003256/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003256/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003256/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003256/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003257", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003257/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003257/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003257/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003257/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003258", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003258/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003258/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003258/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003258/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003259", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003259/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003259/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003259/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003259/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003260", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003260/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003260/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003260/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003260/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003261", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003261/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003261/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003261/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003261/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003262", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003262/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003262/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003262/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003262/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003263", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003263/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003263/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003263/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003263/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003264", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003264/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003264/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003264/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003264/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003265", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003265/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003265/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003265/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003265/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003266", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003266/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003266/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003266/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003266/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003267", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003267/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003267/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003267/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003267/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003268", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003268/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003268/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003268/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003268/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003269", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003269/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003269/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003269/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003269/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003270", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003270/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003270/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003270/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003270/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003271", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003271/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003271/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003271/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003271/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003272", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003272/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003272/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003272/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003272/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003273", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003273/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003273/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003273/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003273/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003274", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003274/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003274/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003274/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003274/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003275", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003275/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003275/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003275/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003275/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003276", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003276/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003276/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003276/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003276/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003277", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003277/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003277/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003277/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003277/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003278", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003278/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003278/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003278/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003278/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003279", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003279/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003279/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003279/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003279/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003280", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003280/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003280/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003280/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003280/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003281", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003281/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003281/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003281/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003281/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003282", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003282/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003282/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003282/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003282/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003283", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003283/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003283/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003283/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003283/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003284", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003284/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003284/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003284/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003284/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003285", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003285/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003285/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003285/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003285/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003286", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003286/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003286/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003286/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003286/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003287", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003287/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003287/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003287/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003287/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003288", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003288/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003288/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003288/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003288/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003289", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003289/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003289/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003289/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003289/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003290", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003290/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003290/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003290/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003290/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003291", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003291/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003291/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003291/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003291/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003292", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003292/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003292/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003292/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003292/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003293", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003293/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003293/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003293/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003293/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003294", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003294/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003294/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003294/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003294/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003295", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003295/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003295/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003295/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003295/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003296", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003296/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003296/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003296/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003296/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003297", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003297/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003297/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003297/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003297/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003298", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003298/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003298/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003298/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003298/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003299", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003299/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003299/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003299/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003299/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003300", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003300/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003300/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003300/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003300/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003301", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003301/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003301/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003301/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003301/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003302", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003302/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003302/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003302/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003302/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003303", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003303/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003303/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003303/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003303/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003304", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003304/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003304/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003304/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003304/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003305", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003305/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003305/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003305/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003305/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003306", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003306/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003306/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003306/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003306/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003307", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003307/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003307/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003307/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003307/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003308", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003308/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003308/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003308/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003308/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003309", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003309/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003309/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003309/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003309/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003310", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003310/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003310/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003310/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003310/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003311", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003311/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003311/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003311/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003311/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003312", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003312/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003312/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003312/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003312/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003313", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003313/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003313/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003313/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003313/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003314", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003314/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003314/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003314/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003314/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003315", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003315/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003315/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003315/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003315/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003316", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003316/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003316/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003316/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003316/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003317", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003317/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003317/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003317/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003317/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003318", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003318/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003318/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003318/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003318/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003319", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003319/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003319/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003319/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003319/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003320", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003320/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003320/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003320/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003320/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003321", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003321/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003321/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003321/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003321/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003322", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003322/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003322/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003322/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003322/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003323", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003323/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003323/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003323/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003323/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003324", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003324/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003324/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003324/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003324/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003325", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003325/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003325/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003325/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003325/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003326", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003326/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003326/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003326/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003326/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003327", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003327/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003327/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003327/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003327/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003328", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003328/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003328/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003328/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003328/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003329", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003329/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003329/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003329/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003329/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003330", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003330/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003330/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003330/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003330/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003331", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003331/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003331/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003331/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003331/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003332", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003332/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003332/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003332/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003332/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003333", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003333/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003333/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003333/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003333/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003334", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003334/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003334/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003334/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003334/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003335", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003335/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003335/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003335/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003335/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003336", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003336/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003336/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003336/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003336/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003337", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003337/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003337/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003337/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003337/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003338", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003338/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003338/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003338/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003338/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003339", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003339/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003339/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003339/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003339/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003340", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003340/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003340/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003340/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003340/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003341", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003341/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003341/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003341/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003341/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003342", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003342/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003342/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003342/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003342/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003343", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003343/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003343/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003343/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003343/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003344", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003344/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003344/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003344/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003344/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003345", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003345/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003345/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003345/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003345/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003346", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003346/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003346/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003346/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003346/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003347", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003347/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003347/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003347/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003347/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003348", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003348/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003348/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003348/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003348/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003349", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003349/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003349/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003349/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003349/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003350", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003350/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003350/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003350/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003350/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003351", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003351/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003351/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003351/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003351/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003352", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003352/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003352/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003352/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003352/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003353", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003353/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003353/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003353/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003353/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003354", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003354/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003354/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003354/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003354/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003355", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003355/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003355/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003355/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003355/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003356", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003356/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003356/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003356/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003356/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003357", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003357/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003357/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003357/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003357/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003358", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003358/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003358/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003358/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003358/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003359", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003359/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003359/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003359/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003359/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003360", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003360/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003360/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003360/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003360/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003361", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003361/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003361/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003361/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003361/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003362", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003362/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003362/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003362/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003362/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003363", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003363/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003363/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003363/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003363/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003364", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003364/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003364/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003364/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003364/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003365", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003365/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003365/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003365/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003365/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003366", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003366/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003366/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003366/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003366/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003367", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003367/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003367/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003367/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003367/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003368", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003368/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003368/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003368/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003368/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003369", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003369/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003369/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003369/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003369/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003370", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003370/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003370/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003370/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003370/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003371", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003371/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003371/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003371/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003371/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003372", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003372/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003372/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003372/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003372/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003373", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003373/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003373/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003373/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003373/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003374", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003374/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003374/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003374/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003374/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003375", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003375/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003375/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003375/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003375/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003376", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003376/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003376/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003376/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003376/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003377", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003377/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003377/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003377/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003377/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003378", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003378/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003378/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003378/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003378/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003379", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003379/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003379/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003379/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003379/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003380", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003380/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003380/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003380/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003380/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003381", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003381/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003381/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003381/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003381/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003382", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003382/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003382/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003382/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003382/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003383", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003383/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003383/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003383/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003383/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003384", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003384/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003384/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003384/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003384/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003385", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003385/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003385/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003385/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003385/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003386", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003386/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003386/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003386/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003386/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003387", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003387/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003387/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003387/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003387/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003388", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003388/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003388/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003388/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003388/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003389", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003389/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003389/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003389/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003389/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003390", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003390/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003390/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003390/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003390/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003391", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003391/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003391/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003391/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003391/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003392", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003392/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003392/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003392/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003392/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003393", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003393/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003393/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003393/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003393/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003394", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003394/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003394/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003394/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003394/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003395", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003395/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003395/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003395/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003395/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003396", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003396/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003396/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003396/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003396/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003397", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003397/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003397/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003397/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003397/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003398", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003398/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003398/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003398/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003398/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003399", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003399/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003399/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003399/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003399/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003400", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003400/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003400/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003400/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003400/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003401", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003401/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003401/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003401/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003401/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003402", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003402/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003402/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003402/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003402/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003403", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003403/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003403/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003403/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003403/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003404", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003404/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003404/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003404/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003404/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003405", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003405/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003405/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003405/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003405/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003406", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003406/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003406/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003406/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003406/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003407", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003407/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003407/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003407/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003407/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003408", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003408/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003408/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003408/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003408/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003409", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003409/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003409/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003409/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003409/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003410", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003410/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003410/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003410/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003410/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003411", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003411/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003411/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003411/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003411/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003412", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003412/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003412/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003412/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003412/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003413", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003413/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003413/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003413/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003413/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003414", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003414/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003414/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003414/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003414/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003415", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003415/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003415/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003415/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003415/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003416", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003416/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003416/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003416/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003416/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003417", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003417/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003417/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003417/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003417/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003418", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003418/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003418/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003418/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003418/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003419", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003419/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003419/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003419/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003419/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003420", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003420/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003420/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003420/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003420/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003421", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003421/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003421/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003421/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003421/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003422", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003422/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003422/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003422/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003422/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003423", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003423/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003423/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003423/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003423/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003424", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003424/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003424/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003424/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003424/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003425", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003425/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003425/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003425/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003425/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003426", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003426/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003426/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003426/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003426/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003427", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003427/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003427/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003427/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003427/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003428", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003428/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003428/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003428/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003428/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003429", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003429/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003429/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003429/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003429/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003430", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003430/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003430/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003430/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003430/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003431", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003431/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003431/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003431/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003431/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003432", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003432/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003432/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003432/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003432/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003433", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003433/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003433/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003433/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003433/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003434", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003434/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003434/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003434/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003434/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003435", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003435/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003435/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003435/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003435/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003436", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003436/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003436/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003436/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003436/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003437", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003437/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003437/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003437/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003437/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003438", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003438/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003438/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003438/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003438/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003439", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003439/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003439/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003439/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003439/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003440", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003440/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003440/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003440/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003440/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003441", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003441/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003441/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003441/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003441/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003442", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003442/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003442/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003442/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003442/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003443", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003443/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003443/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003443/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003443/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003444", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003444/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003444/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003444/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003444/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003445", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003445/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003445/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003445/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003445/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003446", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003446/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003446/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003446/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003446/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003447", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003447/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003447/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003447/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003447/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003448", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003448/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003448/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003448/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003448/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003449", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003449/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003449/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003449/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003449/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003450", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003450/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003450/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003450/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003450/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003451", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003451/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003451/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003451/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003451/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003452", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003452/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003452/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003452/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003452/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003453", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003453/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003453/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003453/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003453/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003454", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003454/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003454/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003454/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003454/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003455", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003455/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003455/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003455/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003455/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003456", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003456/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003456/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003456/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003456/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003457", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003457/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003457/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003457/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003457/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003458", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003458/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003458/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003458/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003458/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003459", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003459/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003459/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003459/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003459/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003460", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003460/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003460/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003460/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003460/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003461", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003461/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003461/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003461/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003461/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003462", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003462/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003462/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003462/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003462/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003463", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003463/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003463/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003463/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003463/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003464", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003464/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003464/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003464/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003464/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003465", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003465/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003465/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003465/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003465/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003466", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003466/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003466/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003466/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003466/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003467", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003467/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003467/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003467/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003467/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003468", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003468/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003468/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003468/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003468/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003469", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003469/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003469/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003469/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003469/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003470", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003470/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003470/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003470/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003470/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003471", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003471/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003471/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003471/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003471/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003472", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003472/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003472/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003472/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003472/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003473", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003473/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003473/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003473/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003473/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003474", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003474/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003474/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003474/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003474/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003475", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003475/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003475/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003475/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003475/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003476", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003476/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003476/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003476/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003476/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003477", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003477/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003477/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003477/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003477/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003478", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003478/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003478/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003478/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003478/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003479", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003479/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003479/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003479/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003479/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003480", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003480/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003480/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003480/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003480/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003481", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003481/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003481/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003481/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003481/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003482", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003482/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003482/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003482/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003482/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003483", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003483/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003483/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003483/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003483/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003484", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003484/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003484/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003484/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003484/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003485", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003485/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003485/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003485/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003485/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003486", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003486/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003486/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003486/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003486/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003487", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003487/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003487/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003487/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003487/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003488", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003488/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003488/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003488/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003488/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003489", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003489/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003489/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003489/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003489/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003490", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003490/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003490/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003490/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003490/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003491", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003491/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003491/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003491/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003491/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003492", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003492/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003492/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003492/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003492/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003493", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003493/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003493/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003493/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003493/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003494", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003494/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003494/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003494/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003494/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003495", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003495/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003495/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003495/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003495/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003496", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003496/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003496/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003496/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003496/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003497", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003497/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003497/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003497/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003497/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003498", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003498/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003498/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003498/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003498/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003499", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003499/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003499/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003499/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003499/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003500", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003500/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003500/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003500/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003500/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003501", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003501/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003501/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003501/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003501/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003502", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003502/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003502/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003502/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003502/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003503", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003503/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003503/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003503/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003503/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003504", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003504/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003504/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003504/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003504/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003505", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003505/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003505/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003505/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003505/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003506", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003506/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003506/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003506/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003506/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003507", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003507/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003507/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003507/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003507/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003508", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003508/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003508/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003508/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003508/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003509", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003509/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003509/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003509/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003509/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003510", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003510/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003510/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003510/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003510/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003511", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003511/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003511/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003511/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003511/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003512", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003512/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003512/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003512/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003512/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003513", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003513/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003513/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003513/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003513/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003514", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003514/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003514/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003514/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003514/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003515", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003515/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003515/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003515/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003515/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003516", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003516/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003516/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003516/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003516/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003517", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003517/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003517/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003517/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003517/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003518", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003518/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003518/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003518/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003518/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003519", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003519/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003519/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003519/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003519/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003520", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003520/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003520/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003520/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003520/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003521", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003521/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003521/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003521/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003521/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003522", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003522/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003522/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003522/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003522/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003523", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003523/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003523/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003523/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003523/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003524", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003524/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003524/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003524/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003524/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003525", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003525/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003525/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003525/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003525/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003526", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003526/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003526/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003526/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003526/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003527", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003527/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003527/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003527/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003527/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003528", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003528/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003528/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003528/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003528/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003529", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003529/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003529/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003529/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003529/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003530", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003530/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003530/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003530/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003530/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003531", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003531/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003531/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003531/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003531/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003532", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003532/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003532/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003532/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003532/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003533", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003533/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003533/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003533/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003533/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003534", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003534/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003534/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003534/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003534/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003535", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003535/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003535/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003535/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003535/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003536", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003536/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003536/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003536/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003536/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003537", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003537/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003537/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003537/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003537/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003538", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003538/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003538/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003538/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003538/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003539", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003539/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003539/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003539/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003539/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003540", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003540/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003540/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003540/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003540/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003541", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003541/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003541/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003541/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003541/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003542", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003542/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003542/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003542/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003542/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003543", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003543/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003543/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003543/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003543/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003544", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003544/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003544/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003544/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003544/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003545", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003545/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003545/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003545/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003545/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003546", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003546/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003546/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003546/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003546/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003547", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003547/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003547/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003547/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003547/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003548", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003548/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003548/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003548/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003548/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003549", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003549/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003549/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003549/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003549/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003550", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003550/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003550/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003550/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003550/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003551", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003551/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003551/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003551/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003551/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003552", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003552/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003552/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003552/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003552/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003553", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003553/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003553/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003553/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003553/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003554", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003554/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003554/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003554/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003554/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003555", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003555/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003555/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003555/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003555/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003556", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003556/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003556/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003556/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003556/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003557", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003557/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003557/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003557/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003557/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003558", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003558/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003558/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003558/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003558/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003559", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003559/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003559/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003559/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003559/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003560", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003560/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003560/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003560/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003560/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003561", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003561/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003561/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003561/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003561/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003562", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003562/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003562/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003562/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003562/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003563", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003563/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003563/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003563/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003563/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003564", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003564/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003564/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003564/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003564/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003565", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003565/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003565/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003565/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003565/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003566", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003566/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003566/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003566/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003566/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003567", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003567/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003567/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003567/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003567/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003568", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003568/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003568/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003568/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003568/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003569", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003569/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003569/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003569/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003569/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003570", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003570/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003570/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003570/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003570/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003571", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003571/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003571/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003571/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003571/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003572", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003572/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003572/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003572/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003572/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003573", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003573/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003573/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003573/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003573/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003574", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003574/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003574/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003574/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003574/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003575", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003575/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003575/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003575/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003575/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003576", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003576/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003576/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003576/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003576/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003577", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003577/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003577/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003577/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003577/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003578", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003578/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003578/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003578/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003578/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003579", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003579/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003579/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003579/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003579/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003580", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003580/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003580/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003580/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003580/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003581", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003581/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003581/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003581/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003581/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003582", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003582/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003582/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003582/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003582/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003583", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003583/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003583/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003583/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003583/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003584", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003584/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003584/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003584/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003584/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003585", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003585/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003585/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003585/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003585/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003586", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003586/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003586/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003586/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003586/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003587", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003587/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003587/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003587/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003587/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003588", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003588/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003588/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003588/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003588/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003589", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003589/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003589/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003589/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003589/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003590", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003590/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003590/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003590/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003590/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003591", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003591/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003591/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003591/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003591/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003592", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003592/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003592/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003592/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003592/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003593", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003593/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003593/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003593/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003593/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003594", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003594/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003594/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003594/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003594/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003595", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003595/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003595/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003595/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003595/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003596", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003596/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003596/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003596/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003596/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003597", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003597/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003597/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003597/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003597/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003598", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003598/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003598/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003598/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003598/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003599", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003599/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003599/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003599/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003599/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003600", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003600/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003600/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003600/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003600/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003601", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003601/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003601/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003601/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003601/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003602", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003602/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003602/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003602/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003602/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003603", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003603/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003603/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003603/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003603/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003604", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003604/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003604/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003604/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003604/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003605", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003605/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003605/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003605/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003605/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003606", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003606/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003606/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003606/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003606/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003607", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003607/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003607/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003607/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003607/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003608", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003608/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003608/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003608/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003608/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003609", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003609/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003609/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003609/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003609/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003610", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003610/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003610/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003610/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003610/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003611", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003611/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003611/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003611/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003611/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003612", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003612/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003612/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003612/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003612/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003613", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003613/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003613/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003613/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003613/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003614", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003614/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003614/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003614/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003614/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003615", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003615/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003615/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003615/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003615/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003616", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003616/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003616/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003616/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003616/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003617", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003617/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003617/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003617/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003617/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003618", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003618/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003618/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003618/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003618/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003619", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003619/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003619/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003619/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003619/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003620", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003620/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003620/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003620/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003620/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003621", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003621/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003621/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003621/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003621/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003622", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003622/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003622/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003622/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003622/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003623", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003623/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003623/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003623/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003623/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003624", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003624/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003624/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003624/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003624/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003625", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003625/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003625/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003625/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003625/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003626", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003626/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003626/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003626/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003626/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003627", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003627/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003627/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003627/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003627/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003628", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003628/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003628/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003628/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003628/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003629", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003629/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003629/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003629/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003629/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003630", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003630/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003630/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003630/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003630/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003631", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003631/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003631/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003631/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003631/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003632", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003632/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003632/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003632/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003632/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003633", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003633/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003633/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003633/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003633/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003634", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003634/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003634/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003634/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003634/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003635", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003635/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003635/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003635/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003635/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003636", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003636/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003636/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003636/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003636/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003637", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003637/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003637/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003637/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003637/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003638", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003638/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003638/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003638/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003638/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003639", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003639/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003639/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003639/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003639/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003640", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003640/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003640/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003640/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003640/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003641", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003641/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003641/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003641/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003641/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003642", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003642/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003642/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003642/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003642/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003643", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003643/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003643/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003643/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003643/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003644", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003644/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003644/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003644/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003644/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003645", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003645/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003645/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003645/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003645/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003646", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003646/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003646/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003646/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003646/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003647", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003647/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003647/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003647/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003647/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003648", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003648/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003648/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003648/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003648/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003649", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003649/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003649/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003649/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003649/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003650", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003650/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003650/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003650/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003650/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003651", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003651/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003651/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003651/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003651/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003652", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003652/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003652/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003652/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003652/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003653", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003653/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003653/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003653/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003653/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003654", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003654/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003654/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003654/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003654/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003655", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003655/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003655/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003655/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003655/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003656", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003656/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003656/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003656/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003656/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003657", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003657/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003657/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003657/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003657/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003658", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003658/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003658/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003658/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003658/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003659", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003659/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003659/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003659/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003659/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003660", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003660/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003660/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003660/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003660/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003661", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003661/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003661/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003661/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003661/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003662", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003662/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003662/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003662/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003662/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003663", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003663/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003663/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003663/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003663/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003664", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003664/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003664/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003664/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003664/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003665", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003665/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003665/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003665/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003665/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003666", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003666/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003666/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003666/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003666/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003667", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003667/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003667/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003667/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003667/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003668", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003668/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003668/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003668/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003668/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003669", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003669/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003669/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003669/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003669/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003670", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003670/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003670/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003670/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003670/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003671", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003671/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003671/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003671/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003671/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003672", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003672/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003672/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003672/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003672/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003673", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003673/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003673/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003673/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003673/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003674", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003674/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003674/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003674/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003674/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003675", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003675/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003675/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003675/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003675/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003676", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003676/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003676/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003676/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003676/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003677", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003677/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003677/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003677/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003677/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003678", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003678/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003678/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003678/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003678/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003679", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003679/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003679/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003679/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003679/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003680", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003680/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003680/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003680/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003680/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003681", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003681/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003681/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003681/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003681/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003682", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003682/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003682/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003682/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003682/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003683", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003683/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003683/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003683/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003683/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003684", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003684/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003684/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003684/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003684/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003685", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003685/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003685/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003685/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003685/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003686", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003686/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003686/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003686/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003686/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003687", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003687/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003687/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003687/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003687/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003688", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003688/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003688/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003688/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003688/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003689", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003689/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003689/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003689/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003689/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003690", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003690/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003690/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003690/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003690/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003691", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003691/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003691/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003691/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003691/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003692", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003692/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003692/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003692/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003692/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003693", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003693/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003693/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003693/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003693/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003694", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003694/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003694/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003694/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003694/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003695", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003695/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003695/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003695/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003695/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003696", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003696/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003696/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003696/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003696/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003697", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003697/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003697/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003697/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003697/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003698", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003698/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003698/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003698/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003698/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003699", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003699/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003699/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003699/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003699/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003700", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003700/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003700/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003700/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003700/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003701", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003701/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003701/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003701/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003701/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003702", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003702/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003702/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003702/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003702/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003703", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003703/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003703/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003703/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003703/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003704", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003704/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003704/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003704/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003704/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003705", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003705/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003705/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003705/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003705/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003706", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003706/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003706/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003706/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003706/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003707", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003707/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003707/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003707/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003707/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003708", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003708/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003708/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003708/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003708/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003709", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003709/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003709/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003709/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003709/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003710", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003710/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003710/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003710/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003710/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003711", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003711/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003711/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003711/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003711/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003712", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003712/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003712/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003712/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003712/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003713", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003713/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003713/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003713/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003713/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003714", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003714/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003714/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003714/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003714/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003715", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003715/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003715/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003715/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003715/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003716", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003716/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003716/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003716/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003716/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003717", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003717/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003717/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003717/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003717/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003718", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003718/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003718/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003718/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003718/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003719", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003719/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003719/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003719/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003719/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003720", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003720/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003720/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003720/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003720/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003721", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003721/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003721/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003721/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003721/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003722", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003722/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003722/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003722/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003722/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003723", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003723/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003723/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003723/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003723/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003724", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003724/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003724/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003724/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003724/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003725", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003725/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003725/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003725/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003725/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003726", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003726/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003726/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003726/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003726/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003727", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003727/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003727/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003727/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003727/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003728", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003728/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003728/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003728/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003728/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003729", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003729/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003729/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003729/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003729/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003730", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003730/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003730/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003730/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003730/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003731", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003731/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003731/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003731/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003731/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003732", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003732/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003732/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003732/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003732/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003733", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003733/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003733/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003733/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003733/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003734", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003734/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003734/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003734/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003734/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003735", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003735/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003735/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003735/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003735/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003736", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003736/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003736/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003736/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003736/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003737", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003737/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003737/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003737/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003737/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003738", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003738/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003738/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003738/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003738/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003739", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003739/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003739/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003739/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003739/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003740", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003740/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003740/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003740/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003740/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003741", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003741/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003741/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003741/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003741/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003742", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003742/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003742/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003742/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003742/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003743", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003743/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003743/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003743/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003743/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003744", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003744/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003744/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003744/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003744/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003745", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003745/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003745/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003745/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003745/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003746", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003746/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003746/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003746/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003746/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003747", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003747/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003747/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003747/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003747/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003748", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003748/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003748/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003748/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003748/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003749", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003749/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003749/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003749/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003749/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003750", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003750/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003750/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003750/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003750/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003751", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003751/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003751/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003751/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003751/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003752", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003752/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003752/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003752/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003752/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003753", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003753/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003753/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003753/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003753/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003754", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003754/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003754/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003754/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003754/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003755", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003755/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003755/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003755/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003755/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003756", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003756/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003756/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003756/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003756/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003757", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003757/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003757/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003757/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003757/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003758", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003758/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003758/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003758/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003758/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003759", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003759/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003759/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003759/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003759/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003760", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003760/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003760/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003760/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003760/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003761", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003761/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003761/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003761/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003761/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003762", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003762/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003762/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003762/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003762/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003763", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003763/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003763/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003763/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003763/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003764", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003764/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003764/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003764/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003764/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003765", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003765/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003765/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003765/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003765/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003766", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003766/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003766/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003766/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003766/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003767", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003767/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003767/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003767/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003767/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003768", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003768/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003768/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003768/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003768/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003769", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003769/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003769/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003769/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003769/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003770", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003770/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003770/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003770/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003770/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003771", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003771/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003771/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003771/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003771/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003772", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003772/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003772/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003772/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003772/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003773", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003773/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003773/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003773/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003773/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003774", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003774/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003774/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003774/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003774/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003775", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003775/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003775/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003775/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003775/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003776", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003776/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003776/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003776/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003776/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003777", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003777/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003777/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003777/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003777/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003778", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003778/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003778/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003778/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003778/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003779", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003779/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003779/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003779/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003779/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003780", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003780/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003780/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003780/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003780/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003781", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003781/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003781/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003781/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003781/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003782", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003782/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003782/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003782/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003782/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003783", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003783/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003783/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003783/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003783/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003784", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003784/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003784/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003784/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003784/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003785", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003785/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003785/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003785/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003785/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003786", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003786/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003786/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003786/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003786/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003787", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003787/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003787/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003787/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003787/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003788", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003788/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003788/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003788/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003788/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003789", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003789/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003789/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003789/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003789/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003790", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003790/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003790/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003790/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003790/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003791", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003791/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003791/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003791/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003791/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003792", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003792/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003792/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003792/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003792/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003793", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003793/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003793/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003793/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003793/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003794", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003794/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003794/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003794/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003794/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003795", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003795/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003795/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003795/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003795/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003796", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003796/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003796/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003796/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003796/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003797", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003797/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003797/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003797/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003797/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003798", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003798/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003798/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003798/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003798/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003799", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003799/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003799/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003799/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003799/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003800", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003800/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003800/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003800/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003800/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003801", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003801/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003801/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003801/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003801/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003802", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003802/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003802/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003802/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003802/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003803", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003803/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003803/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003803/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003803/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003804", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003804/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003804/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003804/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003804/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003805", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003805/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003805/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003805/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003805/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003806", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003806/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003806/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003806/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003806/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003807", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003807/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003807/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003807/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003807/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003808", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003808/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003808/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003808/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003808/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003809", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003809/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003809/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003809/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003809/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003810", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003810/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003810/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003810/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003810/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003811", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003811/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003811/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003811/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003811/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003812", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003812/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003812/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003812/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003812/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003813", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003813/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003813/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003813/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003813/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003814", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003814/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003814/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003814/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003814/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003815", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003815/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003815/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003815/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003815/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003816", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003816/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003816/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003816/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003816/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003817", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003817/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003817/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003817/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003817/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003818", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003818/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003818/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003818/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003818/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003819", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003819/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003819/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003819/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003819/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003820", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003820/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003820/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003820/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003820/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003821", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003821/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003821/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003821/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003821/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003822", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003822/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003822/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003822/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003822/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003823", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003823/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003823/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003823/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003823/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003824", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003824/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003824/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003824/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003824/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003825", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003825/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003825/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003825/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003825/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003826", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003826/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003826/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003826/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003826/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003827", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003827/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003827/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003827/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003827/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003828", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003828/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003828/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003828/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003828/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003829", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003829/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003829/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003829/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003829/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003830", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003830/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003830/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003830/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003830/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003831", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003831/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003831/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003831/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003831/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003832", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003832/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003832/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003832/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003832/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003833", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003833/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003833/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003833/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003833/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003834", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003834/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003834/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003834/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003834/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003835", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003835/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003835/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003835/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003835/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003836", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003836/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003836/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003836/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003836/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003837", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003837/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003837/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003837/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003837/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003838", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003838/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003838/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003838/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003838/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003839", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003839/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003839/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003839/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003839/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003840", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003840/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003840/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003840/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003840/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003841", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003841/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003841/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003841/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003841/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003842", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003842/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003842/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003842/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003842/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003843", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003843/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003843/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003843/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003843/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003844", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003844/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003844/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003844/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003844/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003845", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003845/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003845/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003845/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003845/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003846", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003846/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003846/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003846/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003846/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003847", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003847/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003847/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003847/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003847/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003848", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003848/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003848/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003848/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003848/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003849", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003849/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003849/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003849/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003849/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003850", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003850/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003850/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003850/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003850/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003851", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003851/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003851/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003851/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003851/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003852", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003852/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003852/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003852/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003852/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003853", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003853/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003853/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003853/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003853/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003854", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003854/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003854/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003854/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003854/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003855", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003855/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003855/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003855/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003855/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003856", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003856/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003856/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003856/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003856/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003857", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003857/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003857/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003857/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003857/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003858", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003858/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003858/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003858/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003858/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003859", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003859/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003859/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003859/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003859/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003860", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003860/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003860/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003860/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003860/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003861", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003861/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003861/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003861/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003861/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003862", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003862/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003862/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003862/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003862/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003863", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003863/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003863/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003863/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003863/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003864", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003864/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003864/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003864/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003864/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003865", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003865/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003865/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003865/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003865/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003866", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003866/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003866/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003866/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003866/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003867", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003867/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003867/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003867/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003867/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003868", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003868/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003868/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003868/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003868/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003869", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003869/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003869/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003869/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003869/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003870", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003870/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003870/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003870/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003870/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003871", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003871/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003871/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003871/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003871/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003872", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003872/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003872/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003872/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003872/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003873", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003873/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003873/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003873/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003873/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003874", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003874/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003874/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003874/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003874/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003875", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003875/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003875/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003875/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003875/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003876", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003876/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003876/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003876/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003876/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003877", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003877/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003877/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003877/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003877/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003878", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003878/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003878/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003878/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003878/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003879", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003879/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003879/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003879/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003879/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003880", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003880/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003880/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003880/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003880/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003881", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003881/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003881/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003881/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003881/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003882", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003882/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003882/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003882/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003882/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003883", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003883/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003883/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003883/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003883/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003884", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003884/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003884/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003884/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003884/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003885", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003885/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003885/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003885/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003885/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003886", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003886/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003886/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003886/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003886/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003887", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003887/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003887/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003887/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003887/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003888", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003888/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003888/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003888/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003888/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003889", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003889/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003889/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003889/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003889/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003890", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003890/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003890/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003890/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003890/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003891", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003891/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003891/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003891/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003891/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003892", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003892/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003892/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003892/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003892/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003893", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003893/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003893/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003893/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003893/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003894", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003894/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003894/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003894/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003894/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003895", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003895/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003895/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003895/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003895/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003896", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003896/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003896/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003896/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003896/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003897", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003897/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003897/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003897/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003897/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003898", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003898/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003898/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003898/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003898/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003899", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003899/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003899/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003899/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003899/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003900", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003900/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003900/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003900/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003900/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003901", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003901/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003901/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003901/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003901/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003902", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003902/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003902/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003902/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003902/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003903", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003903/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003903/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003903/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003903/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003904", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003904/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003904/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003904/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003904/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003905", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003905/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003905/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003905/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003905/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003906", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003906/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003906/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003906/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003906/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003907", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003907/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003907/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003907/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003907/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003908", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003908/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003908/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003908/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003908/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003909", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003909/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003909/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003909/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003909/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003910", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003910/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003910/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003910/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003910/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003911", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003911/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003911/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003911/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003911/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003912", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003912/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003912/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003912/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003912/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003913", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003913/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003913/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003913/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003913/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003914", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003914/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003914/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003914/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003914/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003915", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003915/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003915/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003915/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003915/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003916", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003916/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003916/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003916/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003916/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003917", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003917/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003917/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003917/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003917/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003918", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003918/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003918/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003918/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003918/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003919", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003919/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003919/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003919/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003919/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003920", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003920/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003920/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003920/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003920/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003921", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003921/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003921/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003921/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003921/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003922", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003922/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003922/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003922/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003922/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003923", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003923/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003923/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003923/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003923/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003924", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003924/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003924/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003924/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003924/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003925", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003925/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003925/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003925/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003925/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003926", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003926/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003926/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003926/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003926/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003927", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003927/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003927/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003927/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003927/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003928", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003928/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003928/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003928/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003928/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003929", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003929/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003929/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003929/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003929/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003930", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003930/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003930/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003930/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003930/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003931", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003931/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003931/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003931/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003931/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003932", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003932/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003932/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003932/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003932/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003933", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003933/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003933/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003933/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003933/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003934", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003934/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003934/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003934/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003934/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003935", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003935/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003935/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003935/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003935/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003936", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003936/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003936/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003936/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003936/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003937", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003937/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003937/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003937/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003937/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003938", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003938/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003938/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003938/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003938/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003939", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003939/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003939/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003939/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003939/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003940", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003940/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003940/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003940/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003940/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003941", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003941/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003941/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003941/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003941/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003942", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003942/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003942/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003942/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003942/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003943", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003943/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003943/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003943/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003943/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003944", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003944/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003944/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003944/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003944/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003945", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003945/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003945/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003945/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003945/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003946", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003946/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003946/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003946/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003946/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003947", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003947/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003947/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003947/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003947/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003948", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003948/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003948/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003948/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003948/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003949", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003949/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003949/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003949/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003949/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003950", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003950/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003950/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003950/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003950/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003951", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003951/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003951/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003951/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003951/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003952", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003952/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003952/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003952/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003952/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003953", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003953/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003953/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003953/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003953/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003954", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003954/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003954/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003954/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003954/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003955", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003955/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003955/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003955/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003955/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003956", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003956/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003956/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003956/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003956/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003957", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003957/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003957/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003957/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003957/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003958", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003958/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003958/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003958/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003958/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003959", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003959/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003959/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003959/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003959/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003960", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003960/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003960/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003960/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003960/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003961", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003961/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003961/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003961/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003961/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003962", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003962/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003962/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003962/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003962/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003963", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003963/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003963/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003963/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003963/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003964", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003964/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003964/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003964/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003964/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003965", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003965/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003965/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003965/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003965/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003966", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003966/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003966/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003966/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003966/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003967", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003967/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003967/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003967/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003967/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003968", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003968/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003968/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003968/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003968/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003969", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003969/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003969/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003969/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003969/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003970", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003970/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003970/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003970/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003970/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003971", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003971/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003971/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003971/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003971/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003972", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003972/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003972/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003972/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003972/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003973", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003973/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003973/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003973/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003973/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003974", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003974/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003974/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003974/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003974/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003975", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003975/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003975/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003975/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003975/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003976", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003976/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003976/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003976/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003976/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003977", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003977/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003977/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003977/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003977/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003978", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003978/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003978/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003978/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003978/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003979", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003979/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003979/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003979/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003979/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003980", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003980/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003980/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003980/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003980/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003981", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003981/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003981/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003981/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003981/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003982", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003982/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003982/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003982/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003982/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003983", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003983/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003983/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003983/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003983/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003984", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003984/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003984/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003984/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003984/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003985", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003985/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003985/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003985/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003985/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003986", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003986/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003986/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003986/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003986/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003987", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003987/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003987/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003987/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003987/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003988", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003988/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003988/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003988/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003988/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003989", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003989/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003989/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003989/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003989/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003990", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003990/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003990/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003990/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003990/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003991", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003991/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003991/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003991/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003991/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003992", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003992/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003992/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003992/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003992/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003993", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003993/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003993/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003993/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003993/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003994", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003994/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003994/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003994/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003994/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003995", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003995/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003995/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003995/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003995/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003996", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003996/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003996/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003996/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003996/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003997", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003997/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003997/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003997/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003997/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003998", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003998/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003998/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003998/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003998/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00003999", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003999/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003999/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003999/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00003999/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004000", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004000/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004000/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004000/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004000/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004001", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004001/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004001/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004001/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004001/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004002", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004002/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004002/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004002/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004002/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004003", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004003/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004003/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004003/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004003/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004004", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004004/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004004/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004004/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004004/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004005", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004005/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004005/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004005/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004005/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004006", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004006/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004006/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004006/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004006/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004007", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004007/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004007/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004007/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004007/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004008", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004008/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004008/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004008/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004008/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004009", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004009/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004009/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004009/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004009/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004010", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004010/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004010/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004010/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004010/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004011", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004011/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004011/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004011/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004011/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004012", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004012/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004012/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004012/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004012/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004013", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004013/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004013/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004013/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004013/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004014", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004014/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004014/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004014/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004014/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004015", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004015/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004015/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004015/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004015/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004016", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004016/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004016/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004016/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004016/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004017", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004017/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004017/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004017/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004017/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004018", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004018/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004018/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004018/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004018/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004019", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004019/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004019/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004019/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004019/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004020", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004020/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004020/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004020/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004020/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004021", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004021/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004021/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004021/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004021/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004022", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004022/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004022/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004022/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004022/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004023", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004023/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004023/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004023/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004023/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004024", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004024/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004024/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004024/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004024/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004025", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004025/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004025/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004025/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004025/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004026", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004026/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004026/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004026/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004026/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004027", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004027/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004027/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004027/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004027/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004028", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004028/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004028/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004028/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004028/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004029", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004029/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004029/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004029/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004029/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004030", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004030/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004030/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004030/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004030/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004031", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004031/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004031/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004031/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004031/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004032", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004032/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004032/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004032/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004032/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004033", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004033/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004033/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004033/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004033/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004034", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004034/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004034/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004034/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004034/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004035", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004035/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004035/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004035/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004035/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004036", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004036/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004036/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004036/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004036/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004037", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004037/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004037/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004037/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004037/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004038", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004038/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004038/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004038/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004038/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004039", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004039/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004039/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004039/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004039/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004040", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004040/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004040/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004040/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004040/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004041", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004041/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004041/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004041/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004041/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004042", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004042/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004042/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004042/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004042/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004043", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004043/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004043/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004043/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004043/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004044", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004044/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004044/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004044/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004044/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004045", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004045/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004045/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004045/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004045/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004046", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004046/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004046/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004046/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004046/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004047", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004047/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004047/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004047/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004047/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004048", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004048/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004048/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004048/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004048/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004049", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004049/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004049/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004049/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004049/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004050", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004050/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004050/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004050/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004050/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004051", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004051/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004051/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004051/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004051/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004052", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004052/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004052/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004052/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004052/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004053", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004053/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004053/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004053/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004053/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004054", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004054/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004054/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004054/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004054/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004055", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004055/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004055/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004055/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004055/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004056", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004056/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004056/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004056/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004056/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004057", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004057/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004057/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004057/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004057/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004058", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004058/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004058/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004058/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004058/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004059", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004059/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004059/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004059/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004059/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004060", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004060/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004060/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004060/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004060/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004061", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004061/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004061/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004061/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004061/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004062", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004062/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004062/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004062/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004062/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004063", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004063/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004063/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004063/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004063/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004064", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004064/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004064/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004064/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004064/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004065", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004065/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004065/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004065/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004065/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004066", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004066/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004066/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004066/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004066/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004067", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004067/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004067/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004067/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004067/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004068", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004068/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004068/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004068/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004068/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004069", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004069/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004069/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004069/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004069/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004070", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004070/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004070/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004070/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004070/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004071", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004071/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004071/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004071/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004071/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004072", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004072/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004072/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004072/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004072/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004073", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004073/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004073/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004073/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004073/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004074", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004074/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004074/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004074/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004074/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004075", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004075/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004075/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004075/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004075/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004076", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004076/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004076/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004076/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004076/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004077", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004077/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004077/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004077/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004077/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004078", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004078/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004078/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004078/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004078/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004079", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004079/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004079/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004079/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004079/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004080", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004080/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004080/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004080/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004080/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004081", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004081/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004081/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004081/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004081/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004082", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004082/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004082/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004082/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004082/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004083", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004083/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004083/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004083/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004083/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004084", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004084/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004084/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004084/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004084/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004085", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004085/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004085/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004085/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004085/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004086", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004086/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004086/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004086/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004086/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004087", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004087/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004087/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004087/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004087/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004088", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004088/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004088/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004088/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004088/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004089", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004089/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004089/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004089/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004089/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004090", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004090/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004090/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004090/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004090/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004091", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004091/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004091/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004091/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004091/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004092", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004092/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004092/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004092/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004092/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004093", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004093/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004093/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004093/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004093/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004094", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004094/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004094/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004094/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004094/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004095", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004095/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004095/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004095/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004095/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004096", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004096/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004096/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004096/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004096/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004097", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004097/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004097/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004097/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004097/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004098", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004098/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004098/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004098/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004098/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004099", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004099/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004099/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004099/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004099/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004100", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004100/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004100/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004100/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004100/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004101", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004101/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004101/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004101/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004101/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004102", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004102/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004102/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004102/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004102/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004103", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004103/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004103/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004103/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004103/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004104", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004104/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004104/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004104/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004104/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004105", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004105/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004105/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004105/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004105/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004106", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004106/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004106/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004106/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004106/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004107", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004107/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004107/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004107/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004107/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004108", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004108/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004108/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004108/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004108/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004109", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004109/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004109/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004109/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004109/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004110", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004110/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004110/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004110/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004110/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004111", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004111/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004111/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004111/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004111/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004112", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004112/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004112/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004112/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004112/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004113", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004113/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004113/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004113/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004113/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004114", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004114/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004114/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004114/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004114/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004115", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004115/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004115/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004115/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004115/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004116", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004116/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004116/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004116/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004116/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004117", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004117/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004117/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004117/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004117/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004118", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004118/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004118/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004118/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004118/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004119", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004119/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004119/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004119/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004119/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004120", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004120/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004120/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004120/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004120/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004121", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004121/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004121/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004121/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004121/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004122", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004122/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004122/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004122/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004122/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004123", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004123/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004123/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004123/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004123/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004124", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004124/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004124/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004124/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004124/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004125", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004125/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004125/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004125/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004125/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004126", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004126/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004126/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004126/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004126/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004127", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004127/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004127/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004127/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004127/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004128", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004128/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004128/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004128/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004128/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004129", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004129/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004129/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004129/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004129/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004130", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004130/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004130/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004130/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004130/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004131", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004131/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004131/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004131/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004131/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004132", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004132/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004132/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004132/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004132/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004133", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004133/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004133/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004133/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004133/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004134", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004134/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004134/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004134/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004134/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004135", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004135/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004135/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004135/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004135/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004136", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004136/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004136/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004136/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004136/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004137", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004137/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004137/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004137/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004137/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004138", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004138/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004138/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004138/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004138/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004139", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004139/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004139/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004139/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004139/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004140", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004140/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004140/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004140/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004140/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004141", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004141/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004141/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004141/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004141/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004142", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004142/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004142/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004142/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004142/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004143", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004143/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004143/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004143/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004143/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004144", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004144/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004144/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004144/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004144/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004145", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004145/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004145/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004145/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004145/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004146", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004146/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004146/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004146/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004146/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004147", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004147/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004147/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004147/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004147/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004148", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004148/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004148/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004148/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004148/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004149", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004149/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004149/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004149/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004149/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004150", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004150/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004150/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004150/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004150/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004151", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004151/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004151/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004151/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004151/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004152", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004152/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004152/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004152/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004152/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004153", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004153/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004153/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004153/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004153/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004154", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004154/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004154/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004154/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004154/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004155", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004155/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004155/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004155/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004155/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004156", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004156/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004156/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004156/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004156/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004157", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004157/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004157/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004157/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004157/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004158", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004158/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004158/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004158/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004158/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004159", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004159/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004159/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004159/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004159/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004160", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004160/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004160/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004160/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004160/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004161", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004161/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004161/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004161/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004161/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004162", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004162/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004162/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004162/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004162/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004163", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004163/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004163/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004163/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004163/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004164", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004164/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004164/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004164/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004164/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004165", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004165/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004165/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004165/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004165/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004166", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004166/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004166/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004166/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004166/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004167", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004167/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004167/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004167/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004167/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004168", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004168/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004168/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004168/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004168/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004169", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004169/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004169/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004169/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004169/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004170", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004170/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004170/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004170/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004170/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004171", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004171/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004171/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004171/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004171/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004172", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004172/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004172/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004172/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004172/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004173", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004173/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004173/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004173/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004173/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004174", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004174/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004174/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004174/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004174/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004175", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004175/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004175/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004175/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004175/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004176", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004176/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004176/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004176/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004176/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004177", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004177/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004177/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004177/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004177/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004178", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004178/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004178/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004178/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004178/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004179", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004179/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004179/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004179/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004179/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004180", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004180/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004180/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004180/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004180/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004181", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004181/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004181/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004181/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004181/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004182", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004182/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004182/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004182/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004182/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004183", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004183/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004183/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004183/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004183/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004184", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004184/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004184/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004184/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004184/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004185", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004185/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004185/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004185/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004185/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004186", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004186/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004186/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004186/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004186/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004187", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004187/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004187/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004187/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004187/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004188", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004188/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004188/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004188/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004188/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004189", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004189/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004189/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004189/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004189/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004190", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004190/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004190/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004190/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004190/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004191", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004191/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004191/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004191/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004191/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004192", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004192/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004192/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004192/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004192/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004193", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004193/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004193/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004193/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004193/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004194", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004194/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004194/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004194/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004194/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004195", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004195/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004195/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004195/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004195/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004196", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004196/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004196/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004196/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004196/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004197", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004197/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004197/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004197/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004197/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004198", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004198/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004198/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004198/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004198/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004199", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004199/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004199/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004199/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004199/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004200", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004200/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004200/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004200/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004200/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004201", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004201/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004201/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004201/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004201/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004202", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004202/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004202/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004202/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004202/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004203", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004203/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004203/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004203/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004203/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004204", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004204/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004204/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004204/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004204/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004205", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004205/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004205/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004205/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004205/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004206", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004206/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004206/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004206/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004206/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004207", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004207/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004207/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004207/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004207/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004208", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004208/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004208/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004208/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004208/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004209", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004209/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004209/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004209/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004209/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004210", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004210/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004210/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004210/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004210/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004211", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004211/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004211/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004211/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004211/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004212", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004212/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004212/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004212/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004212/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004213", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004213/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004213/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004213/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004213/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004214", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004214/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004214/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004214/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004214/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004215", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004215/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004215/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004215/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004215/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004216", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004216/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004216/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004216/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004216/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004217", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004217/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004217/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004217/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004217/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004218", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004218/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004218/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004218/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004218/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004219", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004219/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004219/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004219/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004219/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004220", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004220/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004220/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004220/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004220/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004221", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004221/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004221/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004221/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004221/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004222", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004222/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004222/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004222/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004222/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004223", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004223/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004223/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004223/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004223/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004224", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004224/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004224/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004224/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004224/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004225", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004225/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004225/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004225/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004225/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004226", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004226/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004226/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004226/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004226/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004227", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004227/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004227/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004227/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004227/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004228", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004228/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004228/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004228/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004228/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004229", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004229/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004229/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004229/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004229/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004230", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004230/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004230/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004230/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004230/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004231", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004231/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004231/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004231/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004231/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004232", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004232/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004232/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004232/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004232/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004233", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004233/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004233/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004233/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004233/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004234", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004234/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004234/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004234/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004234/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004235", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004235/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004235/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004235/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004235/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004236", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004236/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004236/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004236/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004236/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004237", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004237/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004237/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004237/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004237/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004238", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004238/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004238/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004238/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004238/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004239", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004239/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004239/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004239/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004239/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004240", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004240/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004240/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004240/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004240/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004241", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004241/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004241/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004241/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004241/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004242", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004242/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004242/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004242/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004242/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004243", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004243/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004243/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004243/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004243/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004244", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004244/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004244/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004244/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004244/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004245", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004245/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004245/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004245/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004245/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004246", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004246/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004246/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004246/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004246/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004247", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004247/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004247/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004247/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004247/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004248", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004248/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004248/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004248/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004248/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004249", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004249/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004249/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004249/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004249/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004250", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004250/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004250/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004250/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004250/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004251", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004251/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004251/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004251/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004251/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004252", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004252/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004252/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004252/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004252/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004253", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004253/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004253/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004253/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004253/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004254", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004254/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004254/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004254/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004254/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004255", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004255/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004255/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004255/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004255/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004256", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004256/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004256/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004256/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004256/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004257", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004257/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004257/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004257/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004257/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004258", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004258/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004258/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004258/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004258/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004259", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004259/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004259/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004259/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004259/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004260", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004260/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004260/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004260/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004260/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004261", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004261/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004261/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004261/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004261/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004262", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004262/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004262/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004262/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004262/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004263", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004263/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004263/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004263/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004263/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004264", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004264/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004264/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004264/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004264/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004265", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004265/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004265/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004265/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004265/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004266", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004266/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004266/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004266/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004266/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004267", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004267/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004267/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004267/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004267/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004268", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004268/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004268/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004268/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004268/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004269", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004269/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004269/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004269/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004269/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004270", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004270/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004270/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004270/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004270/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004271", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004271/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004271/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004271/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004271/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004272", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004272/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004272/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004272/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004272/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004273", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004273/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004273/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004273/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004273/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004274", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004274/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004274/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004274/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004274/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004275", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004275/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004275/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004275/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004275/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004276", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004276/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004276/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004276/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004276/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004277", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004277/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004277/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004277/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004277/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004278", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004278/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004278/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004278/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004278/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004279", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004279/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004279/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004279/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004279/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004280", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004280/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004280/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004280/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004280/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004281", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004281/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004281/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004281/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004281/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004282", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004282/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004282/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004282/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004282/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004283", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004283/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004283/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004283/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004283/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004284", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004284/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004284/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004284/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004284/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004285", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004285/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004285/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004285/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004285/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004286", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004286/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004286/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004286/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004286/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004287", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004287/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004287/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004287/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004287/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004288", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004288/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004288/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004288/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004288/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004289", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004289/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004289/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004289/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004289/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004290", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004290/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004290/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004290/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004290/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004291", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004291/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004291/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004291/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004291/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004292", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004292/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004292/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004292/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004292/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004293", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004293/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004293/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004293/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004293/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004294", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004294/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004294/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004294/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004294/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004295", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004295/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004295/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004295/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004295/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004296", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004296/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004296/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004296/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004296/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004297", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004297/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004297/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004297/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004297/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004298", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004298/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004298/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004298/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004298/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004299", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004299/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004299/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004299/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004299/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004300", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004300/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004300/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004300/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004300/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004301", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004301/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004301/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004301/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004301/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004302", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004302/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004302/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004302/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004302/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004303", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004303/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004303/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004303/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004303/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004304", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004304/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004304/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004304/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004304/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004305", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004305/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004305/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004305/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004305/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004306", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004306/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004306/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004306/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004306/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004307", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004307/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004307/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004307/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004307/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004308", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004308/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004308/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004308/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004308/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004309", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004309/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004309/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004309/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004309/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004310", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004310/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004310/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004310/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004310/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004311", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004311/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004311/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004311/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004311/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004312", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004312/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004312/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004312/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004312/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004313", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004313/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004313/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004313/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004313/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004314", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004314/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004314/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004314/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004314/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004315", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004315/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004315/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004315/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004315/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004316", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004316/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004316/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004316/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004316/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004317", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004317/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004317/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004317/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004317/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004318", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004318/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004318/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004318/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004318/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004319", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004319/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004319/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004319/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004319/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004320", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004320/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004320/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004320/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004320/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004321", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004321/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004321/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004321/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004321/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004322", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004322/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004322/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004322/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004322/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004323", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004323/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004323/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004323/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004323/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004324", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004324/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004324/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004324/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004324/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004325", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004325/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004325/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004325/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004325/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004326", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004326/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004326/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004326/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004326/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004327", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004327/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004327/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004327/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004327/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004328", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004328/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004328/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004328/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004328/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004329", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004329/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004329/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004329/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004329/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004330", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004330/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004330/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004330/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004330/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004331", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004331/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004331/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004331/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004331/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004332", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004332/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004332/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004332/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004332/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004333", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004333/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004333/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004333/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004333/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004334", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004334/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004334/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004334/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004334/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004335", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004335/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004335/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004335/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004335/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004336", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004336/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004336/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004336/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004336/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004337", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004337/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004337/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004337/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004337/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004338", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004338/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004338/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004338/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004338/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004339", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004339/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004339/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004339/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004339/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004340", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004340/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004340/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004340/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004340/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004341", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004341/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004341/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004341/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004341/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004342", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004342/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004342/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004342/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004342/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004343", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004343/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004343/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004343/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004343/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004344", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004344/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004344/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004344/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004344/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004345", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004345/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004345/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004345/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004345/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004346", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004346/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004346/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004346/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004346/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004347", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004347/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004347/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004347/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004347/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004348", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004348/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004348/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004348/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004348/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004349", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004349/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004349/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004349/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004349/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004350", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004350/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004350/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004350/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004350/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004351", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004351/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004351/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004351/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004351/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004352", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004352/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004352/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004352/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004352/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004353", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004353/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004353/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004353/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004353/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004354", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004354/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004354/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004354/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004354/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004355", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004355/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004355/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004355/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004355/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004356", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004356/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004356/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004356/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004356/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004357", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004357/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004357/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004357/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004357/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004358", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004358/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004358/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004358/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004358/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004359", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004359/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004359/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004359/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004359/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004360", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004360/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004360/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004360/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004360/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004361", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004361/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004361/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004361/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004361/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004362", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004362/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004362/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004362/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004362/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004363", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004363/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004363/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004363/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004363/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004364", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004364/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004364/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004364/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004364/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004365", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004365/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004365/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004365/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004365/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004366", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004366/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004366/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004366/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004366/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004367", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004367/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004367/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004367/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004367/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004368", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004368/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004368/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004368/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004368/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004369", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004369/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004369/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004369/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004369/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004370", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004370/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004370/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004370/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004370/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004371", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004371/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004371/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004371/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004371/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004372", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004372/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004372/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004372/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004372/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004373", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004373/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004373/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004373/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004373/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004374", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004374/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004374/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004374/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004374/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004375", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004375/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004375/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004375/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004375/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004376", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004376/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004376/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004376/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004376/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004377", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004377/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004377/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004377/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004377/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004378", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004378/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004378/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004378/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004378/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004379", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004379/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004379/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004379/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004379/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004380", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004380/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004380/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004380/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004380/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004381", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004381/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004381/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004381/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004381/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004382", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004382/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004382/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004382/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004382/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004383", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004383/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004383/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004383/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004383/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004384", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004384/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004384/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004384/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004384/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004385", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004385/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004385/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004385/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004385/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004386", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004386/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004386/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004386/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004386/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004387", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004387/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004387/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004387/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004387/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004388", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004388/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004388/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004388/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004388/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004389", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004389/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004389/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004389/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004389/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004390", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004390/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004390/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004390/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004390/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004391", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004391/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004391/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004391/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004391/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004392", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004392/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004392/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004392/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004392/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004393", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004393/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004393/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004393/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004393/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004394", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004394/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004394/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004394/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004394/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004395", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004395/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004395/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004395/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004395/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004396", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004396/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004396/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004396/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004396/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004397", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004397/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004397/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004397/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004397/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004398", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004398/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004398/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004398/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004398/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004399", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004399/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004399/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004399/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004399/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004400", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004400/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004400/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004400/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004400/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004401", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004401/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004401/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004401/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004401/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004402", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004402/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004402/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004402/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004402/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004403", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004403/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004403/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004403/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004403/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004404", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004404/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004404/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004404/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004404/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004405", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004405/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004405/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004405/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004405/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004406", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004406/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004406/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004406/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004406/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004407", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004407/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004407/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004407/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004407/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004408", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004408/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004408/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004408/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004408/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004409", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004409/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004409/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004409/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004409/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004410", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004410/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004410/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004410/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004410/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004411", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004411/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004411/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004411/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004411/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004412", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004412/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004412/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004412/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004412/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004413", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004413/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004413/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004413/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004413/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004414", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004414/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004414/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004414/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004414/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004415", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004415/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004415/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004415/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004415/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004416", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004416/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004416/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004416/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004416/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004417", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004417/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004417/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004417/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004417/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004418", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004418/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004418/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004418/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004418/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004419", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004419/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004419/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004419/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004419/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004420", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004420/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004420/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004420/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004420/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004421", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004421/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004421/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004421/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004421/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004422", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004422/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004422/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004422/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004422/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004423", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004423/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004423/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004423/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004423/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004424", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004424/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004424/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004424/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004424/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004425", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004425/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004425/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004425/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004425/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004426", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004426/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004426/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004426/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004426/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004427", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004427/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004427/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004427/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004427/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004428", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004428/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004428/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004428/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004428/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004429", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004429/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004429/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004429/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004429/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004430", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004430/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004430/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004430/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004430/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004431", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004431/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004431/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004431/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004431/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004432", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004432/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004432/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004432/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004432/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004433", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004433/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004433/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004433/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004433/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004434", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004434/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004434/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004434/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004434/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004435", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004435/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004435/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004435/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004435/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004436", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004436/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004436/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004436/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004436/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004437", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004437/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004437/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004437/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004437/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004438", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004438/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004438/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004438/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004438/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004439", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004439/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004439/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004439/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004439/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004440", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004440/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004440/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004440/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004440/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004441", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004441/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004441/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004441/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004441/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004442", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004442/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004442/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004442/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004442/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004443", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004443/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004443/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004443/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004443/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004444", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004444/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004444/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004444/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004444/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004445", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004445/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004445/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004445/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004445/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004446", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004446/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004446/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004446/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004446/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004447", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004447/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004447/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004447/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004447/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004448", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004448/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004448/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004448/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004448/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004449", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004449/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004449/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004449/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004449/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004450", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004450/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004450/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004450/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004450/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004451", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004451/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004451/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004451/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004451/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004452", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004452/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004452/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004452/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004452/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004453", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004453/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004453/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004453/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004453/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004454", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004454/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004454/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004454/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004454/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004455", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004455/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004455/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004455/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004455/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004456", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004456/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004456/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004456/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004456/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004457", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004457/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004457/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004457/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004457/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004458", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004458/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004458/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004458/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004458/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004459", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004459/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004459/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004459/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004459/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004460", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004460/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004460/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004460/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004460/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004461", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004461/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004461/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004461/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004461/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004462", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004462/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004462/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004462/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004462/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004463", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004463/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004463/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004463/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004463/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004464", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004464/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004464/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004464/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004464/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004465", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004465/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004465/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004465/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004465/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004466", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004466/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004466/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004466/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004466/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004467", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004467/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004467/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004467/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004467/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004468", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004468/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004468/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004468/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004468/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004469", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004469/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004469/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004469/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004469/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004470", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004470/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004470/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004470/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004470/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004471", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004471/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004471/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004471/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004471/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004472", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004472/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004472/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004472/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004472/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004473", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004473/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004473/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004473/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004473/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004474", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004474/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004474/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004474/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004474/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004475", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004475/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004475/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004475/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004475/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004476", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004476/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004476/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004476/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004476/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004477", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004477/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004477/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004477/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004477/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004478", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004478/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004478/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004478/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004478/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004479", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004479/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004479/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004479/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004479/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004480", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004480/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004480/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004480/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004480/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004481", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004481/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004481/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004481/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004481/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004482", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004482/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004482/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004482/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004482/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004483", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004483/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004483/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004483/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004483/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004484", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004484/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004484/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004484/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004484/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004485", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004485/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004485/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004485/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004485/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004486", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004486/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004486/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004486/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004486/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004487", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004487/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004487/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004487/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004487/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004488", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004488/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004488/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004488/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004488/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004489", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004489/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004489/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004489/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004489/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004490", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004490/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004490/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004490/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004490/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004491", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004491/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004491/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004491/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004491/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004492", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004492/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004492/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004492/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004492/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004493", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004493/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004493/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004493/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004493/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004494", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004494/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004494/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004494/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004494/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004495", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004495/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004495/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004495/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004495/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004496", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004496/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004496/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004496/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004496/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004497", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004497/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004497/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004497/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004497/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004498", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004498/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004498/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004498/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004498/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004499", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004499/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004499/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004499/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004499/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004500", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004500/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004500/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004500/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004500/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004501", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004501/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004501/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004501/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004501/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004502", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004502/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004502/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004502/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004502/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004503", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004503/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004503/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004503/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004503/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004504", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004504/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004504/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004504/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004504/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004505", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004505/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004505/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004505/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004505/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004506", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004506/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004506/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004506/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004506/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004507", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004507/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004507/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004507/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004507/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004508", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004508/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004508/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004508/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004508/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004509", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004509/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004509/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004509/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004509/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004510", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004510/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004510/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004510/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004510/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004511", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004511/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004511/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004511/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004511/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004512", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004512/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004512/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004512/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004512/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004513", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004513/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004513/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004513/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004513/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004514", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004514/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004514/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004514/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004514/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004515", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004515/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004515/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004515/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004515/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004516", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004516/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004516/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004516/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004516/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004517", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004517/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004517/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004517/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004517/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004518", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004518/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004518/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004518/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004518/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004519", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004519/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004519/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004519/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004519/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004520", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004520/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004520/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004520/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004520/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004521", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004521/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004521/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004521/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004521/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004522", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004522/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004522/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004522/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004522/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004523", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004523/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004523/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004523/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004523/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004524", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004524/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004524/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004524/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004524/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004525", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004525/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004525/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004525/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004525/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004526", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004526/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004526/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004526/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004526/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004527", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004527/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004527/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004527/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004527/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004528", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004528/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004528/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004528/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004528/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004529", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004529/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004529/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004529/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004529/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004530", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004530/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004530/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004530/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004530/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004531", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004531/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004531/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004531/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004531/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004532", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004532/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004532/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004532/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004532/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004533", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004533/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004533/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004533/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004533/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004534", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004534/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004534/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004534/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004534/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004535", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004535/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004535/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004535/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004535/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004536", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004536/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004536/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004536/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004536/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004537", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004537/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004537/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004537/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004537/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004538", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004538/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004538/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004538/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004538/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004539", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004539/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004539/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004539/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004539/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004540", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004540/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004540/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004540/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004540/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004541", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004541/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004541/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004541/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004541/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004542", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004542/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004542/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004542/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004542/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004543", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004543/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004543/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004543/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004543/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004544", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004544/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004544/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004544/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004544/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004545", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004545/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004545/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004545/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004545/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004546", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004546/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004546/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004546/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004546/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004547", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004547/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004547/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004547/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004547/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004548", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004548/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004548/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004548/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004548/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004549", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004549/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004549/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004549/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004549/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004550", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004550/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004550/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004550/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004550/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004551", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004551/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004551/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004551/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004551/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004552", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004552/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004552/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004552/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004552/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004553", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004553/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004553/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004553/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004553/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004554", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004554/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004554/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004554/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004554/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004555", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004555/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004555/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004555/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004555/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004556", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004556/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004556/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004556/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004556/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004557", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004557/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004557/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004557/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004557/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004558", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004558/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004558/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004558/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004558/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004559", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004559/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004559/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004559/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004559/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004560", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004560/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004560/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004560/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004560/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004561", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004561/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004561/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004561/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004561/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004562", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004562/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004562/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004562/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004562/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004563", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004563/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004563/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004563/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004563/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004564", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004564/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004564/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004564/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004564/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004565", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004565/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004565/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004565/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004565/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004566", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004566/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004566/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004566/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004566/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004567", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004567/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004567/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004567/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004567/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004568", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004568/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004568/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004568/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004568/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004569", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004569/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004569/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004569/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004569/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004570", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004570/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004570/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004570/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004570/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004571", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004571/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004571/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004571/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004571/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004572", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004572/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004572/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004572/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004572/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004573", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004573/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004573/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004573/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004573/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004574", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004574/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004574/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004574/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004574/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004575", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004575/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004575/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004575/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004575/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004576", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004576/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004576/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004576/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004576/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004577", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004577/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004577/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004577/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004577/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004578", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004578/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004578/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004578/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004578/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004579", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004579/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004579/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004579/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004579/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004580", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004580/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004580/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004580/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004580/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004581", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004581/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004581/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004581/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004581/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004582", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004582/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004582/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004582/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004582/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004583", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004583/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004583/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004583/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004583/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004584", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004584/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004584/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004584/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004584/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004585", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004585/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004585/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004585/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004585/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004586", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004586/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004586/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004586/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004586/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004587", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004587/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004587/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004587/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004587/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004588", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004588/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004588/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004588/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004588/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004589", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004589/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004589/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004589/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004589/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004590", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004590/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004590/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004590/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004590/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004591", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004591/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004591/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004591/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004591/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004592", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004592/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004592/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004592/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004592/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004593", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004593/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004593/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004593/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004593/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004594", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004594/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004594/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004594/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004594/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004595", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004595/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004595/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004595/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004595/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004596", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004596/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004596/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004596/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004596/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004597", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004597/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004597/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004597/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004597/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004598", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004598/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004598/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004598/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004598/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004599", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004599/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004599/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004599/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004599/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004600", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004600/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004600/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004600/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004600/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004601", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004601/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004601/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004601/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004601/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004602", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004602/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004602/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004602/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004602/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004603", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004603/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004603/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004603/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004603/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004604", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004604/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004604/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004604/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004604/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004605", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004605/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004605/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004605/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004605/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004606", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004606/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004606/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004606/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004606/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004607", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004607/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004607/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004607/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004607/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004608", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004608/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004608/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004608/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004608/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004609", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004609/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004609/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004609/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004609/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004610", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004610/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004610/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004610/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004610/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004611", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004611/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004611/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004611/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004611/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004612", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004612/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004612/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004612/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004612/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004613", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004613/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004613/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004613/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004613/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004614", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004614/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004614/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004614/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004614/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004615", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004615/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004615/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004615/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004615/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004616", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004616/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004616/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004616/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004616/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004617", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004617/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004617/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004617/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004617/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004618", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004618/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004618/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004618/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004618/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004619", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004619/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004619/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004619/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004619/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004620", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004620/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004620/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004620/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004620/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004621", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004621/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004621/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004621/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004621/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004622", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004622/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004622/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004622/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004622/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004623", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004623/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004623/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004623/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004623/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004624", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004624/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004624/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004624/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004624/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004625", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004625/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004625/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004625/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004625/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004626", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004626/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004626/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004626/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004626/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004627", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004627/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004627/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004627/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004627/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004628", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004628/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004628/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004628/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004628/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004629", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004629/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004629/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004629/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004629/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004630", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004630/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004630/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004630/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004630/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004631", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004631/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004631/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004631/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004631/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004632", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004632/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004632/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004632/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004632/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004633", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004633/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004633/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004633/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004633/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004634", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004634/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004634/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004634/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004634/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004635", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004635/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004635/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004635/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004635/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004636", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004636/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004636/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004636/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004636/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004637", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004637/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004637/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004637/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004637/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004638", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004638/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004638/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004638/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004638/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004639", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004639/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004639/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004639/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004639/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004640", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004640/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004640/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004640/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004640/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004641", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004641/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004641/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004641/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004641/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004642", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004642/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004642/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004642/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004642/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004643", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004643/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004643/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004643/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004643/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004644", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004644/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004644/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004644/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004644/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004645", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004645/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004645/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004645/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004645/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004646", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004646/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004646/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004646/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004646/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004647", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004647/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004647/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004647/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004647/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004648", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004648/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004648/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004648/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004648/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004649", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004649/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004649/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004649/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004649/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004650", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004650/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004650/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004650/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004650/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004651", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004651/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004651/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004651/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004651/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004652", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004652/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004652/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004652/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004652/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004653", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004653/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004653/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004653/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004653/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004654", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004654/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004654/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004654/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004654/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004655", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004655/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004655/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004655/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004655/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004656", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004656/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004656/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004656/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004656/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004657", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004657/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004657/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004657/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004657/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004658", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004658/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004658/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004658/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004658/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004659", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004659/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004659/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004659/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004659/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004660", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004660/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004660/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004660/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004660/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004661", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004661/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004661/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004661/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004661/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004662", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004662/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004662/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004662/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004662/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004663", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004663/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004663/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004663/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004663/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004664", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004664/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004664/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004664/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004664/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004665", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004665/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004665/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004665/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004665/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004666", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004666/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004666/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004666/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004666/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004667", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004667/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004667/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004667/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004667/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004668", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004668/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004668/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004668/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004668/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004669", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004669/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004669/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004669/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004669/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004670", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004670/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004670/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004670/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004670/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004671", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004671/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004671/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004671/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004671/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004672", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004672/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004672/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004672/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004672/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004673", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004673/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004673/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004673/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004673/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004674", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004674/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004674/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004674/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004674/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004675", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004675/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004675/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004675/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004675/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004676", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004676/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004676/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004676/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004676/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004677", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004677/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004677/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004677/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004677/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004678", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004678/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004678/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004678/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004678/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004679", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004679/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004679/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004679/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004679/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004680", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004680/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004680/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004680/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004680/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004681", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004681/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004681/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004681/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004681/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004682", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004682/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004682/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004682/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004682/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004683", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004683/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004683/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004683/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004683/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004684", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004684/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004684/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004684/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004684/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004685", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004685/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004685/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004685/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004685/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004686", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004686/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004686/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004686/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004686/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004687", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004687/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004687/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004687/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004687/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004688", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004688/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004688/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004688/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004688/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004689", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004689/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004689/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004689/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004689/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004690", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004690/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004690/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004690/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004690/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004691", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004691/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004691/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004691/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004691/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004692", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004692/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004692/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004692/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004692/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004693", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004693/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004693/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004693/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004693/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004694", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004694/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004694/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004694/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004694/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004695", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004695/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004695/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004695/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004695/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004696", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004696/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004696/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004696/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004696/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004697", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004697/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004697/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004697/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004697/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004698", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004698/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004698/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004698/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004698/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004699", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004699/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004699/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004699/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004699/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004700", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004700/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004700/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004700/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004700/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004701", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004701/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004701/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004701/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004701/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004702", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004702/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004702/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004702/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004702/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004703", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004703/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004703/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004703/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004703/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004704", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004704/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004704/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004704/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004704/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004705", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004705/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004705/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004705/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004705/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004706", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004706/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004706/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004706/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004706/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004707", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004707/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004707/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004707/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004707/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004708", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004708/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004708/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004708/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004708/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004709", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004709/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004709/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004709/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004709/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004710", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004710/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004710/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004710/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004710/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004711", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004711/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004711/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004711/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004711/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004712", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004712/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004712/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004712/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004712/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004713", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004713/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004713/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004713/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004713/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004714", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004714/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004714/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004714/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004714/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004715", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004715/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004715/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004715/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004715/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004716", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004716/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004716/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004716/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004716/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004717", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004717/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004717/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004717/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004717/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004718", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004718/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004718/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004718/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004718/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004719", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004719/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004719/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004719/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004719/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004720", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004720/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004720/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004720/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004720/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004721", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004721/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004721/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004721/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004721/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004722", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004722/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004722/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004722/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004722/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004723", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004723/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004723/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004723/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004723/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004724", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004724/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004724/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004724/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004724/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004725", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004725/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004725/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004725/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004725/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004726", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004726/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004726/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004726/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004726/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004727", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004727/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004727/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004727/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004727/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004728", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004728/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004728/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004728/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004728/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004729", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004729/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004729/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004729/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004729/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004730", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004730/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004730/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004730/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004730/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004731", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004731/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004731/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004731/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004731/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004732", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004732/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004732/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004732/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004732/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004733", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004733/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004733/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004733/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004733/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004734", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004734/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004734/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004734/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004734/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004735", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004735/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004735/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004735/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004735/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004736", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004736/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004736/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004736/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004736/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004737", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004737/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004737/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004737/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004737/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004738", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004738/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004738/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004738/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004738/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004739", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004739/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004739/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004739/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004739/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004740", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004740/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004740/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004740/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004740/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004741", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004741/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004741/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004741/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004741/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004742", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004742/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004742/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004742/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004742/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004743", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004743/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004743/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004743/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004743/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004744", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004744/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004744/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004744/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004744/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004745", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004745/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004745/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004745/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004745/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004746", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004746/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004746/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004746/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004746/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004747", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004747/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004747/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004747/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004747/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004748", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004748/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004748/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004748/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004748/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004749", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004749/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004749/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004749/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004749/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004750", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004750/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004750/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004750/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004750/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004751", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004751/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004751/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004751/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004751/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004752", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004752/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004752/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004752/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004752/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004753", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004753/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004753/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004753/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004753/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004754", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004754/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004754/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004754/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004754/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004755", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004755/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004755/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004755/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004755/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004756", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004756/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004756/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004756/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004756/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004757", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004757/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004757/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004757/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004757/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004758", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004758/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004758/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004758/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004758/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004759", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004759/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004759/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004759/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004759/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004760", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004760/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004760/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004760/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004760/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004761", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004761/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004761/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004761/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004761/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004762", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004762/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004762/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004762/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004762/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004763", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004763/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004763/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004763/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004763/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004764", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004764/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004764/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004764/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004764/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004765", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004765/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004765/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004765/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004765/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004766", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004766/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004766/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004766/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004766/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004767", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004767/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004767/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004767/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004767/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004768", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004768/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004768/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004768/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004768/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004769", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004769/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004769/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004769/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004769/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004770", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004770/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004770/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004770/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004770/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004771", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004771/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004771/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004771/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004771/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004772", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004772/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004772/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004772/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004772/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004773", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004773/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004773/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004773/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004773/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004774", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004774/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004774/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004774/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004774/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004775", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004775/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004775/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004775/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004775/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004776", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004776/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004776/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004776/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004776/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004777", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004777/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004777/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004777/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004777/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004778", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004778/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004778/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004778/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004778/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004779", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004779/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004779/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004779/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004779/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004780", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004780/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004780/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004780/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004780/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004781", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004781/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004781/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004781/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004781/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004782", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004782/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004782/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004782/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004782/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004783", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004783/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004783/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004783/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004783/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004784", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004784/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004784/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004784/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004784/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004785", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004785/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004785/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004785/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004785/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004786", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004786/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004786/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004786/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004786/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004787", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004787/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004787/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004787/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004787/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004788", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004788/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004788/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004788/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004788/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004789", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004789/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004789/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004789/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004789/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004790", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004790/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004790/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004790/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004790/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004791", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004791/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004791/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004791/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004791/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004792", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004792/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004792/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004792/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004792/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004793", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004793/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004793/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004793/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004793/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004794", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004794/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004794/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004794/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004794/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004795", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004795/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004795/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004795/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004795/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004796", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004796/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004796/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004796/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004796/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004797", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004797/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004797/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004797/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004797/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004798", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004798/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004798/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004798/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004798/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004799", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004799/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004799/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004799/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004799/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004800", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004800/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004800/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004800/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004800/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004801", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004801/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004801/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004801/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004801/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004802", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004802/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004802/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004802/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004802/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004803", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004803/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004803/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004803/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004803/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004804", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004804/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004804/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004804/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004804/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004805", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004805/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004805/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004805/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004805/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004806", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004806/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004806/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004806/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004806/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004807", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004807/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004807/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004807/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004807/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004808", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004808/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004808/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004808/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004808/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004809", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004809/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004809/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004809/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004809/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004810", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004810/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004810/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004810/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004810/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004811", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004811/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004811/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004811/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004811/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004812", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004812/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004812/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004812/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004812/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004813", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004813/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004813/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004813/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004813/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004814", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004814/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004814/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004814/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004814/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004815", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004815/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004815/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004815/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004815/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004816", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004816/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004816/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004816/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004816/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004817", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004817/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004817/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004817/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004817/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004818", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004818/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004818/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004818/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004818/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004819", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004819/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004819/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004819/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004819/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004820", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004820/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004820/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004820/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004820/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004821", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004821/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004821/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004821/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004821/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004822", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004822/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004822/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004822/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004822/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004823", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004823/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004823/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004823/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004823/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004824", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004824/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004824/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004824/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004824/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004825", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004825/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004825/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004825/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004825/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004826", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004826/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004826/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004826/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004826/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004827", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004827/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004827/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004827/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004827/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004828", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004828/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004828/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004828/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004828/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004829", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004829/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004829/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004829/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004829/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004830", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004830/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004830/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004830/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004830/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004831", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004831/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004831/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004831/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004831/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004832", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004832/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004832/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004832/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004832/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004833", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004833/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004833/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004833/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004833/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004834", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004834/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004834/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004834/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004834/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004835", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004835/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004835/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004835/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004835/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004836", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004836/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004836/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004836/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004836/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004837", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004837/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004837/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004837/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004837/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004838", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004838/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004838/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004838/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004838/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004839", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004839/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004839/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004839/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004839/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004840", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004840/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004840/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004840/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004840/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004841", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004841/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004841/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004841/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004841/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004842", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004842/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004842/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004842/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004842/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004843", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004843/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004843/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004843/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004843/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004844", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004844/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004844/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004844/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004844/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004845", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004845/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004845/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004845/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004845/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004846", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004846/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004846/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004846/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004846/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004847", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004847/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004847/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004847/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004847/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004848", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004848/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004848/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004848/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004848/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004849", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004849/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004849/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004849/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004849/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004850", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004850/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004850/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004850/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004850/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004851", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004851/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004851/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004851/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004851/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004852", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004852/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004852/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004852/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004852/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004853", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004853/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004853/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004853/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004853/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004854", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004854/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004854/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004854/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004854/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004855", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004855/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004855/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004855/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004855/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004856", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004856/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004856/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004856/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004856/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004857", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004857/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004857/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004857/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004857/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004858", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004858/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004858/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004858/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004858/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004859", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004859/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004859/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004859/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004859/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004860", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004860/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004860/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004860/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004860/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004861", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004861/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004861/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004861/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004861/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004862", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004862/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004862/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004862/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004862/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004863", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004863/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004863/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004863/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004863/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004864", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004864/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004864/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004864/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004864/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004865", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004865/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004865/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004865/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004865/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004866", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004866/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004866/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004866/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004866/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004867", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004867/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004867/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004867/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004867/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004868", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004868/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004868/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004868/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004868/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004869", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004869/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004869/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004869/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004869/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004870", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004870/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004870/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004870/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004870/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004871", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004871/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004871/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004871/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004871/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004872", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004872/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004872/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004872/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004872/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004873", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004873/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004873/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004873/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004873/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004874", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004874/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004874/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004874/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004874/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004875", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004875/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004875/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004875/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004875/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004876", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004876/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004876/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004876/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004876/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004877", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004877/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004877/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004877/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004877/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004878", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004878/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004878/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004878/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004878/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004879", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004879/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004879/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004879/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004879/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004880", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004880/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004880/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004880/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004880/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004881", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004881/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004881/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004881/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004881/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004882", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004882/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004882/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004882/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004882/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004883", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004883/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004883/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004883/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004883/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004884", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004884/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004884/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004884/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004884/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004885", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004885/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004885/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004885/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004885/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004886", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004886/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004886/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004886/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004886/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004887", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004887/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004887/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004887/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004887/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004888", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004888/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004888/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004888/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004888/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004889", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004889/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004889/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004889/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004889/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004890", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004890/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004890/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004890/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004890/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004891", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004891/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004891/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004891/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004891/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004892", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004892/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004892/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004892/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004892/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004893", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004893/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004893/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004893/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004893/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004894", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004894/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004894/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004894/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004894/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004895", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004895/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004895/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004895/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004895/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004896", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004896/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004896/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004896/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004896/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004897", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004897/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004897/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004897/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004897/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004898", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004898/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004898/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004898/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004898/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004899", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004899/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004899/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004899/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004899/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004900", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004900/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004900/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004900/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004900/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004901", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004901/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004901/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004901/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004901/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004902", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004902/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004902/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004902/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004902/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004903", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004903/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004903/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004903/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004903/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004904", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004904/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004904/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004904/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004904/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004905", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004905/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004905/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004905/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004905/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004906", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004906/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004906/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004906/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004906/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004907", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004907/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004907/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004907/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004907/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004908", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004908/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004908/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004908/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004908/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004909", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004909/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004909/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004909/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004909/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004910", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004910/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004910/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004910/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004910/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004911", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004911/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004911/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004911/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004911/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004912", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004912/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004912/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004912/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004912/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004913", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004913/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004913/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004913/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004913/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004914", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004914/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004914/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004914/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004914/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004915", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004915/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004915/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004915/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004915/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004916", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004916/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004916/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004916/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004916/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004917", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004917/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004917/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004917/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004917/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004918", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004918/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004918/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004918/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004918/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004919", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004919/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004919/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004919/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004919/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004920", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004920/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004920/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004920/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004920/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004921", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004921/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004921/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004921/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004921/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004922", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004922/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004922/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004922/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004922/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004923", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004923/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004923/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004923/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004923/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004924", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004924/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004924/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004924/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004924/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004925", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004925/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004925/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004925/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004925/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004926", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004926/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004926/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004926/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004926/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004927", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004927/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004927/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004927/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004927/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004928", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004928/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004928/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004928/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004928/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004929", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004929/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004929/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004929/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004929/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004930", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004930/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004930/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004930/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004930/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004931", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004931/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004931/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004931/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004931/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004932", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004932/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004932/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004932/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004932/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004933", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004933/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004933/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004933/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004933/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004934", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004934/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004934/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004934/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004934/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004935", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004935/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004935/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004935/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004935/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004936", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004936/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004936/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004936/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004936/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004937", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004937/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004937/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004937/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004937/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004938", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004938/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004938/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004938/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004938/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004939", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004939/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004939/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004939/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004939/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004940", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004940/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004940/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004940/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004940/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004941", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004941/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004941/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004941/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004941/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004942", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004942/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004942/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004942/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004942/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004943", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004943/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004943/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004943/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004943/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004944", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004944/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004944/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004944/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004944/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004945", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004945/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004945/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004945/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004945/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004946", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004946/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004946/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004946/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004946/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004947", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004947/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004947/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004947/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004947/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004948", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004948/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004948/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004948/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004948/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004949", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004949/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004949/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004949/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004949/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004950", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004950/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004950/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004950/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004950/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004951", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004951/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004951/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004951/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004951/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004952", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004952/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004952/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004952/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004952/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004953", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004953/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004953/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004953/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004953/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004954", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004954/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004954/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004954/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004954/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004955", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004955/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004955/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004955/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004955/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004956", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004956/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004956/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004956/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004956/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004957", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004957/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004957/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004957/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004957/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004958", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004958/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004958/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004958/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004958/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004959", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004959/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004959/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004959/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004959/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004960", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004960/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004960/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004960/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004960/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004961", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004961/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004961/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004961/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004961/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004962", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004962/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004962/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004962/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004962/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004963", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004963/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004963/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004963/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004963/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004964", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004964/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004964/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004964/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004964/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004965", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004965/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004965/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004965/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004965/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004966", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004966/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004966/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004966/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004966/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004967", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004967/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004967/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004967/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004967/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004968", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004968/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004968/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004968/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004968/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004969", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004969/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004969/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004969/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004969/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004970", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004970/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004970/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004970/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004970/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004971", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004971/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004971/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004971/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004971/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004972", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004972/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004972/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004972/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004972/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004973", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004973/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004973/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004973/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004973/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004974", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004974/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004974/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004974/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004974/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004975", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004975/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004975/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004975/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004975/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004976", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004976/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004976/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004976/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004976/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004977", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004977/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004977/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004977/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004977/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004978", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004978/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004978/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004978/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004978/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004979", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004979/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004979/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004979/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004979/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004980", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004980/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004980/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004980/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004980/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004981", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004981/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004981/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004981/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004981/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004982", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004982/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004982/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004982/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004982/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004983", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004983/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004983/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004983/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004983/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004984", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004984/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004984/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004984/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004984/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004985", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004985/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004985/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004985/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004985/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004986", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004986/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004986/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004986/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004986/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004987", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004987/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004987/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004987/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004987/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004988", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004988/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004988/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004988/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004988/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004989", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004989/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004989/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004989/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004989/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004990", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004990/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004990/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004990/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004990/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004991", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004991/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004991/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004991/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004991/video/final_frame.png", "prompt": "Count and identify all separate, non-touching clusters in the image. Each cluster contains similar objects that are close to each other but clearly separated from other groups. Mark every cluster boundary, then show the final result as the caption \"Total separate clusters: \" near the bottom of the canvas. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004992", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004992/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004992/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004992/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004992/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004993", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004993/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004993/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004993/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004993/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004994", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004994/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004994/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004994/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004994/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004995", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004995/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004995/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004995/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004995/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004996", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004996/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004996/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004996/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004996/video/final_frame.png", "prompt": "Observe the scene and identify distinct visual clusters made by similar nearby objects. Clusters are separated by clear empty space from one another. Draw a boundary around every cluster and end with the caption \"Total separate clusters: \" centered at the bottom. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004997", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004997/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004997/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004997/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004997/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004998", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004998/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004998/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004998/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004998/video/final_frame.png", "prompt": "In this static 2D image, objects are arranged into multiple groups. Treat each spatially isolated connected group as one cluster. Highlight all cluster outlines and render the final caption \"Total separate clusters: \" below the highlighted scene. Only modify what the task requires; keep the background and any other element unchanged."} +{"sample_id": "count_clusters_00004999", "first_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004999/first_frame.png", "metadata": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004999/metadata.json", "clip_path": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004999/video/ground_truth.mp4", "final_frame": "T111_count_clusters-data-generator/count_clusters_task/count_clusters_00004999/video/final_frame.png", "prompt": "The image displays multiple objects scattered in space and forming clearly separated groups. Count how many non-overlapping clusters are visible, where each cluster is a connected set of similar objects. Visually highlight each cluster boundary and finish by rendering the caption \"Total separate clusters: \" at the bottom of the scene. Only modify what the task requires; keep the background and any other element unchanged."}