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"front": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_front.png", - "side": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_side.png", - "top": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_top.png" + "front": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_front.png", + "side": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_side.png", + "top": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691136297789996_zoomed_top.png" }, "em": null, "zoom_margin": 4410 @@ -23,9 +23,9 @@ "864691137055544438": { "default": {}, "zoomed": { - "front": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_front.png", - "side": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_side.png", - "top": "output/mouse_split_8192nm/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_top.png" + "front": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_front.png", + "side": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_side.png", + "top": "output/mouse_split/base_864691136297789996_864691137055544438_866852_842846_776762/base_864691137055544438_zoomed_top.png" }, "em": null, "zoom_margin": 4410 diff --git a/output/mouse_split/split_comparison_results_20250728_121758.json b/output/mouse_split/split_comparison_results_20250728_121758.json new file mode 100644 index 0000000000000000000000000000000000000000..c4e2522ee6c0e281ae6ba91ddd17051c40d2fa4b --- /dev/null +++ b/output/mouse_split/split_comparison_results_20250728_121758.json @@ -0,0 +1,21906 @@ +[ + { + "task":"split_comparison", + "operation_id":"split_comparison_0_0", + "timestamp":null, + "merge_coords":"1272403_707568_768424", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided 3D segmentations from different views:\n\n1. **Segment ID 864691136874805614**:\n - In the front view, the structure appears to have some complex branching, but no clear indicator of a merge error such as doubling back or a sharp angle is evident.\n - In the side and top views, the axon maintains a relatively smooth path without abrupt changes in direction.\n\n2. **Segment ID 864691135591041291**:\n - In the front view, there is a notable change in direction, especially at the beginning and center of the volume, where the axon makes an unexpected sharp angle.\n - The side view demonstrates a relatively smoother trajectory, but the top view further confirms the occurrence of an abnormal path alteration.\n\nThe second segment (ID 864691135591041291) shows a more pronounced change in direction and irregular path that could suggest a possible merge error, such as an incorrect connection with another neuron's process.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the provided 3D segmentations from different views:\n\n1. **Segment ID 864691136874805614**:\n - In the front view, the structure appears to have some complex branching, but no clear indicator of a merge error such as doubling back or a sharp angle is evident.\n - In the side and top views, the axon maintains a relatively smooth path without abrupt changes in direction.\n\n2. **Segment ID 864691135591041291**:\n - In the front view, there is a notable change in direction, especially at the beginning and center of the volume, where the axon makes an unexpected sharp angle.\n - The side view demonstrates a relatively smoother trajectory, but the top view further confirms the occurrence of an abnormal path alteration.\n\nThe second segment (ID 864691135591041291) shows a more pronounced change in direction and irregular path that could suggest a possible merge error, such as an incorrect connection with another neuron's process.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136874805614", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + } + ], + "root_id_requires_split":"864691136874805614", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_0_1", + "timestamp":null, + "merge_coords":"1272403_707568_768424", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the given images of the neuronal segments:\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The axon appears to follow a generally linear trajectory without noticeable aberrations.\n - **Side View:** Displays a consistent, elongated structure, with no significant deviations or right angles apparent.\n - **Top View:** The axon maintains its path steadily along its course.\n\n There are no obvious signs of merge errors such as doubling back or abrupt angular changes.\n\n2. **Segment ID 864691136874805614:**\n - **Front View:** The axon shows some branching, but nothing that suggests an inappropriate merge.\n - **Side View:** Similar to the front view, the axon continues in one main direction with branches.\n - **Top View:** Also maintains a consistent direction without exhibiting characteristics of merge errors like sudden angle changes.\n\nBoth segments do not showcase aberrant structures suggestive of a merge error, such as doubling back or extreme angular deviations.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the given images of the neuronal segments:\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The axon appears to follow a generally linear trajectory without noticeable aberrations.\n - **Side View:** Displays a consistent, elongated structure, with no significant deviations or right angles apparent.\n - **Top View:** The axon maintains its path steadily along its course.\n\n There are no obvious signs of merge errors such as doubling back or abrupt angular changes.\n\n2. **Segment ID 864691136874805614:**\n - **Front View:** The axon shows some branching, but nothing that suggests an inappropriate merge.\n - **Side View:** Similar to the front view, the axon continues in one main direction with branches.\n - **Top View:** Also maintains a consistent direction without exhibiting characteristics of merge errors like sudden angle changes.\n\nBoth segments do not showcase aberrant structures suggestive of a merge error, such as doubling back or extreme angular deviations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136874805614", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + } + ], + "root_id_requires_split":"864691136874805614", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_1_0", + "timestamp":null, + "merge_coords":"1279467_703647_766164", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe first set of images (Segment ID 864691135999950794) shows a complex structure with multiple branches. Based on the views:\n\n- **Front View**: Displays a branching structure that might suggest a potential point of interest where branches connect.\n- **Side View**: Reveals the depth and some intertwining branches.\n- **Top View**: Provides a different angle on the branches, revealing intersections.\n\nThe potential issue here is the complexity and potential unnatural turns seen from the front and top views, which could suggest a merge error.\n\nThe second set of images (Segment ID 864691135591041291) displays a simpler structure:\n\n- **Front View**: Shows a single line with minor deviations.\n- **Side View**: Remains consistent without significant branching.\n- **Top View**: Also follows a straightforward path with mild curvature.\n\nWith no observable unnatural bends or complex intersecting branches, the second set appears error-free.\n\nGiven the presence of multiple branches and complex turns in the first segment, a merge error might be indicated.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The first set of images (Segment ID 864691135999950794) shows a complex structure with multiple branches. Based on the views:\n\n- **Front View**: Displays a branching structure that might suggest a potential point of interest where branches connect.\n- **Side View**: Reveals the depth and some intertwining branches.\n- **Top View**: Provides a different angle on the branches, revealing intersections.\n\nThe potential issue here is the complexity and potential unnatural turns seen from the front and top views, which could suggest a merge error.\n\nThe second set of images (Segment ID 864691135591041291) displays a simpler structure:\n\n- **Front View**: Shows a single line with minor deviations.\n- **Side View**: Remains consistent without significant branching.\n- **Top View**: Also follows a straightforward path with mild curvature.\n\nWith no observable unnatural bends or complex intersecting branches, the second set appears error-free.\n\nGiven the presence of multiple branches and complex turns in the first segment, a merge error might be indicated.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135999950794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + } + ], + "root_id_requires_split":"864691135999950794", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_1_1", + "timestamp":null, + "merge_coords":"1279467_703647_766164", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided segmentations:\n\n1. **Segment ID 864691135591041291:**\n - The structure appears to be linear without significant deviations, doubling back, or right-angle formations.\n - The branching and trajectory seem consistent across all views.\n\n2. **Segment ID 864691135999950794:**\n - There is a noticeable branching point that forms a structure resembling an \"X.\"\n - One of the branches appears to curve back towards the main structure, which could indicate a potential merge error.\n - The pattern of branching, especially the apparent right-angle formations, is atypical and could suggest a merge.\n\nBased on these observations, Segment ID 864691135999950794 shows characteristics indicative of a possible merge error, such as branching formations with unusual angles and looping back.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided segmentations:\n\n1. **Segment ID 864691135591041291:**\n - The structure appears to be linear without significant deviations, doubling back, or right-angle formations.\n - The branching and trajectory seem consistent across all views.\n\n2. **Segment ID 864691135999950794:**\n - There is a noticeable branching point that forms a structure resembling an \"X.\"\n - One of the branches appears to curve back towards the main structure, which could indicate a potential merge error.\n - The pattern of branching, especially the apparent right-angle formations, is atypical and could suggest a merge.\n\nBased on these observations, Segment ID 864691135999950794 shows characteristics indicative of a possible merge error, such as branching formations with unusual angles and looping back.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135999950794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + } + ], + "root_id_requires_split":"864691135999950794", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_2_0", + "timestamp":null, + "merge_coords":"773157_864885_879112", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided segmentations, we are looking for potential merge errors, which often present as unusual axonal structures, such as axons doubling back after a branch or forming a right angle upon joining another process.\n\n**Segment ID: 864691136852593518**\n- **Front View**: The structure appears complex with some twisting, but no clear signs of axonal doubling back or right angles indicative of a merge.\n- **Side View**: Shows a largely linear structure without evident aberrant features.\n- **Top View**: Similar to the side view, mostly linear without unusual branching or angles.\n\n**Segment ID: 864691135591041291**\n- **Front View**: The segment appears to be a single, continuous line without complex branching.\n- **Side View**: The segment is mainly linear and straight, suggesting no merging.\n- **Top View**: As seen from other angles, it remains relatively straight and unbranched.\n\nAfter analyzing the listed features, both segments do not exhibit clear merge errors such as axons doubling back or forming sharp angles due to improper joining.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided segmentations, we are looking for potential merge errors, which often present as unusual axonal structures, such as axons doubling back after a branch or forming a right angle upon joining another process.\n\n**Segment ID: 864691136852593518**\n- **Front View**: The structure appears complex with some twisting, but no clear signs of axonal doubling back or right angles indicative of a merge.\n- **Side View**: Shows a largely linear structure without evident aberrant features.\n- **Top View**: Similar to the side view, mostly linear without unusual branching or angles.\n\n**Segment ID: 864691135591041291**\n- **Front View**: The segment appears to be a single, continuous line without complex branching.\n- **Side View**: The segment is mainly linear and straight, suggesting no merging.\n- **Top View**: As seen from other angles, it remains relatively straight and unbranched.\n\nAfter analyzing the listed features, both segments do not exhibit clear merge errors such as axons doubling back or forming sharp angles due to improper joining.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136852593518", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + } + ], + "root_id_requires_split":"864691136852593518", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_2_1", + "timestamp":null, + "merge_coords":"773157_864885_879112", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691135591041291:\n- **Front View**: Shows a mostly linear structure, typical of a single axon with some branching. No clear signs of merge errors such as doubling back or sharp turns.\n- **Side View**: The axon appears to follow a consistent trajectory without noticeable merging or sharp angles.\n- **Top View**: The axon is relatively straight with no signs of merging or erratic branching.\n\nSegment ID 864691136852593518:\n- **Front View**: Displays complex branching, which could be a normal dendritic structure. However, there are bulges and potentially uncharacteristic clustering that may suggest merges.\n- **Side View**: There is a more flattened appearance, possibly indicating overlap of processes suggesting potential merges.\n- **Top View**: Shows some overlap and interwoven structures which could imply erroneous merging.\n\nGiven the complexity and potential errors noted in Segment ID 864691136852593518, especially with the observable bulges and clustering, this segment is more indicative of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691135591041291:\n- **Front View**: Shows a mostly linear structure, typical of a single axon with some branching. No clear signs of merge errors such as doubling back or sharp turns.\n- **Side View**: The axon appears to follow a consistent trajectory without noticeable merging or sharp angles.\n- **Top View**: The axon is relatively straight with no signs of merging or erratic branching.\n\nSegment ID 864691136852593518:\n- **Front View**: Displays complex branching, which could be a normal dendritic structure. However, there are bulges and potentially uncharacteristic clustering that may suggest merges.\n- **Side View**: There is a more flattened appearance, possibly indicating overlap of processes suggesting potential merges.\n- **Top View**: Shows some overlap and interwoven structures which could imply erroneous merging.\n\nGiven the complexity and potential errors noted in Segment ID 864691136852593518, especially with the observable bulges and clustering, this segment is more indicative of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136852593518", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + } + ], + "root_id_requires_split":"864691136852593518", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_3_0", + "timestamp":null, + "merge_coords":"774658_864297_879553", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the presented segmentations, we need to look for aberrant axonal structures indicative of merge errors, such as axons doubling back or forming sharp angles.\n\n1. **Segment ID 864691135660678384:**\n - **Front View:** Shows a long axonal structure with some branching, but no obvious sharp angles or doubling back are apparent in the central region.\n - **Side View:** The axonal path seems fairly linear without any sharp deviation.\n - **Top View:** Similarly, the axon runs across with no evident structural anomalies suggestive of a merge error.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** Displays a simple linear path without complex branching or atypical angles in the central region.\n - **Side View:** The linear trajectory continues with no apparent structural abnormalities.\n - **Top View:** No sharp angles or doubling back are observed.\n\nBoth segments appear free of typical merge error indicators such as doubling back or sharp ninety-degree angles. They show linear paths without complexity in the central portions of the images.\n\nGiven these observations, no merge errors are evident in either segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the presented segmentations, we need to look for aberrant axonal structures indicative of merge errors, such as axons doubling back or forming sharp angles.\n\n1. **Segment ID 864691135660678384:**\n - **Front View:** Shows a long axonal structure with some branching, but no obvious sharp angles or doubling back are apparent in the central region.\n - **Side View:** The axonal path seems fairly linear without any sharp deviation.\n - **Top View:** Similarly, the axon runs across with no evident structural anomalies suggestive of a merge error.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** Displays a simple linear path without complex branching or atypical angles in the central region.\n - **Side View:** The linear trajectory continues with no apparent structural abnormalities.\n - **Top View:** No sharp angles or doubling back are observed.\n\nBoth segments appear free of typical merge error indicators such as doubling back or sharp ninety-degree angles. They show linear paths without complexity in the central portions of the images.\n\nGiven these observations, no merge errors are evident in either segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135660678384", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + } + ], + "root_id_requires_split":"864691135660678384", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_3_1", + "timestamp":null, + "merge_coords":"774658_864297_879553", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nSegment ID 864691135591041291 appears to have a complex network of branches without obvious anomalous connections in the zoomed images from the front, side, and top perspectives. The branching looks natural and doesn't exhibit typical signs of merge errors such as doubling back or sharp angles.\n\nOn the other hand, Segment ID 864691135660678384 shows signs that could be indicative of a merge error. In the top view, there is a noticeable sharp turn and a spread of branches that might suggest an inappropriate connection between different neuron processes.\n\nBased on the overview and zoomed perspectives, Segment ID 864691135660678384 is more likely to contain an axonal merge error due to its structural characteristics.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691135591041291 appears to have a complex network of branches without obvious anomalous connections in the zoomed images from the front, side, and top perspectives. The branching looks natural and doesn't exhibit typical signs of merge errors such as doubling back or sharp angles.\n\nOn the other hand, Segment ID 864691135660678384 shows signs that could be indicative of a merge error. In the top view, there is a noticeable sharp turn and a spread of branches that might suggest an inappropriate connection between different neuron processes.\n\nBased on the overview and zoomed perspectives, Segment ID 864691135660678384 is more likely to contain an axonal merge error due to its structural characteristics.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135660678384", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + } + ], + "root_id_requires_split":"864691135660678384", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_4_0", + "timestamp":null, + "merge_coords":"690614_730296_927532", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the segmented neuronal data, we are looking for signs of merge errors, characterized by aberrant structures such as axons doubling back or forming ninety-degree angles.\n\n1. **Segment ID 864691135032280481**:\n - **Front View**: The structure does show some twists and turns, but nothing indicative of a clear merge error.\n - **Side View**: Appears linear without abrupt turns.\n - **Top View**: Consistent and linear, not showing evidence of a merge error.\n\n2. **Segment ID 864691135591041291**:\n - **Front View**: Exhibits a strong ninety-degree turn near the center, potentially indicating a merge error.\n - **Side View**: The structure shows notable deviation and complexity.\n - **Top View**: Provides further indication of unusual branching that aligns with possible merging.\n\nBased on the above observations, Segment ID 864691135591041291 shows a potential merge error with structures suggesting a ninety-degree angle and possible abnormal joining.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the segmented neuronal data, we are looking for signs of merge errors, characterized by aberrant structures such as axons doubling back or forming ninety-degree angles.\n\n1. **Segment ID 864691135032280481**:\n - **Front View**: The structure does show some twists and turns, but nothing indicative of a clear merge error.\n - **Side View**: Appears linear without abrupt turns.\n - **Top View**: Consistent and linear, not showing evidence of a merge error.\n\n2. **Segment ID 864691135591041291**:\n - **Front View**: Exhibits a strong ninety-degree turn near the center, potentially indicating a merge error.\n - **Side View**: The structure shows notable deviation and complexity.\n - **Top View**: Provides further indication of unusual branching that aligns with possible merging.\n\nBased on the above observations, Segment ID 864691135591041291 shows a potential merge error with structures suggesting a ninety-degree angle and possible abnormal joining.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135032280481", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + } + ], + "root_id_requires_split":"864691135032280481", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_4_1", + "timestamp":null, + "merge_coords":"690614_730296_927532", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining both sets of images, the primary focus is on identifying any potential merge errors, which include characteristics like an axon doubling back or forming a ninety-degree angle.\n\n1. **Segment ID 864691135591041291**:\n - **Front View**: Shows a branching pattern, but there's no evident doubling back or abnormal angularity.\n - **Side View**: Appears linear and consistent with typical axonal structure.\n - **Top View**: Continues to display a linear and smooth branching, without abrupt angles or doubling back.\n\n2. **Segment ID 864691135032280481**:\n - **Front View**: Shows a potential merge error with structures forming unnaturally acute angles and a noticeable crossover indicating a possible doubling back.\n - **Side View**: The structure shows overlapping sections that may indicate segments from different neurons merging incorrectly.\n - **Top View**: Supports the presence of irregular crossings and acute angle formations.\n\nThe features in Segment ID 864691135032280481 are more indicative of a merge error due to the irregular formations and crossings that are not typically expected in a singular axonal segmentation.\n<\/analysis>\n2<\/answer>", + "model_analysis":"Upon examining both sets of images, the primary focus is on identifying any potential merge errors, which include characteristics like an axon doubling back or forming a ninety-degree angle.\n\n1. **Segment ID 864691135591041291**:\n - **Front View**: Shows a branching pattern, but there's no evident doubling back or abnormal angularity.\n - **Side View**: Appears linear and consistent with typical axonal structure.\n - **Top View**: Continues to display a linear and smooth branching, without abrupt angles or doubling back.\n\n2. **Segment ID 864691135032280481**:\n - **Front View**: Shows a potential merge error with structures forming unnaturally acute angles and a noticeable crossover indicating a possible doubling back.\n - **Side View**: The structure shows overlapping sections that may indicate segments from different neurons merging incorrectly.\n - **Top View**: Supports the presence of irregular crossings and acute angle formations.\n\nThe features in Segment ID 864691135032280481 are more indicative of a merge error due to the irregular formations and crossings that are not typically expected in a singular axonal segmentation.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135032280481", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + } + ], + "root_id_requires_split":"864691135032280481", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_5_0", + "timestamp":null, + "merge_coords":"616050_858921_991499", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the 3D segmentations from different perspectives, we look for common indicators of merge errors, such as unnatural bends, doubling back, or awkward angles:\n\n1. Segment ID 864691135542974206:\n - **Front View**: The structure appears as a continuous, elongated shape without any abrupt bends or turns.\n - **Side View**: There is a consistent, smooth trajectory with no significant changes in direction or sharp angles.\n - **Top View**: The form is linear, with no evident branching back or ninety-degree formations.\n\n2. Segment ID 864691135591041291:\n - **Front View**: The segment displays a curvature nearing the top, but it doesn't suggest an unnatural aberration.\n - **Side View**: There is a curve to the structure, but it doesn't double back significantly or form a sharp angle that indicates a merge.\n - **Top View**: The path remains within a flowing trajectory; while there is branching, it doesn't appear to double back on itself or exhibit sharp angles.\n\nTaking all perspectives into account, neither segmentation shows unusual morphologies typically associated with merge errors, such as abrupt direction changes or overlaps.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the 3D segmentations from different perspectives, we look for common indicators of merge errors, such as unnatural bends, doubling back, or awkward angles:\n\n1. Segment ID 864691135542974206:\n - **Front View**: The structure appears as a continuous, elongated shape without any abrupt bends or turns.\n - **Side View**: There is a consistent, smooth trajectory with no significant changes in direction or sharp angles.\n - **Top View**: The form is linear, with no evident branching back or ninety-degree formations.\n\n2. Segment ID 864691135591041291:\n - **Front View**: The segment displays a curvature nearing the top, but it doesn't suggest an unnatural aberration.\n - **Side View**: There is a curve to the structure, but it doesn't double back significantly or form a sharp angle that indicates a merge.\n - **Top View**: The path remains within a flowing trajectory; while there is branching, it doesn't appear to double back on itself or exhibit sharp angles.\n\nTaking all perspectives into account, neither segmentation shows unusual morphologies typically associated with merge errors, such as abrupt direction changes or overlaps.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135542974206", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135542974206", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_5_1", + "timestamp":null, + "merge_coords":"616050_858921_991499", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images, we are examining them for potential axonal merge errors characterized by unusual structures. Let's analyze each segment:\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The axon appears elongated with no immediate branching visible that would suggest a merge error.\n - **Side View:** The structure is relatively linear, with no doubling back or sharp angles evident.\n - **Top View:** The path is narrow and continuous, showing no signs of abrupt branching or merging.\n\n2. **Segment ID 864691135542974206:**\n - **Front View:** The segment displays a mild curvature, but no significant branching or angular change indicative of a merge error.\n - **Side View:** There is a smooth path along the axon without apparent structural irregularities.\n - **Top View:** The axon runs consistently with no branching or angular formations.\n\nNeither segment exhibits the typical signs of merge errors such as doubling back, significant angular formations, or uncharacteristic branching that connects two separate processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are examining them for potential axonal merge errors characterized by unusual structures. Let's analyze each segment:\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The axon appears elongated with no immediate branching visible that would suggest a merge error.\n - **Side View:** The structure is relatively linear, with no doubling back or sharp angles evident.\n - **Top View:** The path is narrow and continuous, showing no signs of abrupt branching or merging.\n\n2. **Segment ID 864691135542974206:**\n - **Front View:** The segment displays a mild curvature, but no significant branching or angular change indicative of a merge error.\n - **Side View:** There is a smooth path along the axon without apparent structural irregularities.\n - **Top View:** The axon runs consistently with no branching or angular formations.\n\nNeither segment exhibits the typical signs of merge errors such as doubling back, significant angular formations, or uncharacteristic branching that connects two separate processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135542974206", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135542974206", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_6_0", + "timestamp":null, + "merge_coords":"705463_491536_788980", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691135499540932:\n- **Front view:** Displays a complex network of neurites without any obvious signs of abnormal structure, such as doubling back or unusual angles near the center.\n- **Side view:** The neurites appear to extend in a linear fashion without any notable merge errors.\n- **Top view:** The structure looks continuous and lacks signs of inappropriate merging.\n\nSegment ID 864691135591041291:\n- **Front view:** Reveals a dense branching pattern typical of healthy neuronal structures. The axons do not exhibit merging characteristics such as sharp turns or backtracking.\n- **Side view:** The structure maintains a consistent growth pattern; no signs of merging back upon itself or forming unusual angles.\n- **Top view:** Branching appears standard with no noticeable merge errors.\n\nBoth segments show typical branching morphology without the specific characteristics that indicate a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691135499540932:\n- **Front view:** Displays a complex network of neurites without any obvious signs of abnormal structure, such as doubling back or unusual angles near the center.\n- **Side view:** The neurites appear to extend in a linear fashion without any notable merge errors.\n- **Top view:** The structure looks continuous and lacks signs of inappropriate merging.\n\nSegment ID 864691135591041291:\n- **Front view:** Reveals a dense branching pattern typical of healthy neuronal structures. The axons do not exhibit merging characteristics such as sharp turns or backtracking.\n- **Side view:** The structure maintains a consistent growth pattern; no signs of merging back upon itself or forming unusual angles.\n- **Top view:** Branching appears standard with no noticeable merge errors.\n\nBoth segments show typical branching morphology without the specific characteristics that indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135499540932", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + } + ], + "root_id_requires_split":"864691135499540932", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_6_1", + "timestamp":null, + "merge_coords":"705463_491536_788980", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n**Segment ID 864691135591041291:**\n\nFrom all three views (front, side, top), this segment appears to have a relatively consistent and organic branching pattern that is typical of a single neuron. The branches are spreading outward without significant sharp angles or awkward doubling back. While some sections may be obscured in projection view, there don't seem to be any clear indicators of a merge error.\n\n**Segment ID 864691135499540932:**\n\nOn the other hand, this segment exhibits characteristics that may suggest a merge error. The branching appears more disorganized, with potential for doubling back or sharp angles that could indicate inappropriately connected segments. The central area particularly seems congested, and there may be overlapping branches forming atypically close-knit intersections.\n\nAfter examining both sets of projections, Segment ID 864691135499540932 shows more potential signs of a merge error in its structure compared to the other segment.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"**Segment ID 864691135591041291:**\n\nFrom all three views (front, side, top), this segment appears to have a relatively consistent and organic branching pattern that is typical of a single neuron. The branches are spreading outward without significant sharp angles or awkward doubling back. While some sections may be obscured in projection view, there don't seem to be any clear indicators of a merge error.\n\n**Segment ID 864691135499540932:**\n\nOn the other hand, this segment exhibits characteristics that may suggest a merge error. The branching appears more disorganized, with potential for doubling back or sharp angles that could indicate inappropriately connected segments. The central area particularly seems congested, and there may be overlapping branches forming atypically close-knit intersections.\n\nAfter examining both sets of projections, Segment ID 864691135499540932 shows more potential signs of a merge error in its structure compared to the other segment.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135499540932", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + } + ], + "root_id_requires_split":"864691135499540932", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_7_0", + "timestamp":null, + "merge_coords":"691278_755790_762405", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135389908722), the neuronal structure appears to have complex branching typical of axonal projections. However, there are no apparent indications of merge errors. The axonal branches seem continuous and do not exhibit unusual doubling back or abrupt angles that might suggest a merge error.\n\nIn the second set of images (Segment ID 864691135591041291), the neuronal structure appears less complex. While simpler, there is no obvious evidence of a merge error as defined by structures like double backing or forming ninety-degree angles. The segments appear to be part of a continuous structure as expected for a single neuron.\n\nBoth segments do not display characteristics associated with merge errors in the central region of the image.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135389908722), the neuronal structure appears to have complex branching typical of axonal projections. However, there are no apparent indications of merge errors. The axonal branches seem continuous and do not exhibit unusual doubling back or abrupt angles that might suggest a merge error.\n\nIn the second set of images (Segment ID 864691135591041291), the neuronal structure appears less complex. While simpler, there is no obvious evidence of a merge error as defined by structures like double backing or forming ninety-degree angles. The segments appear to be part of a continuous structure as expected for a single neuron.\n\nBoth segments do not display characteristics associated with merge errors in the central region of the image.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135389908722", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + } + ], + "root_id_requires_split":"864691135389908722", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_7_1", + "timestamp":null, + "merge_coords":"691278_755790_762405", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, we are analyzing two different segments for potential axonal merge errors. \n\n1. **Segment ID 864691135591041291:**\n\n - **Front View:** The axonal path appears mostly linear with some branching; it doesn\u2019t show characteristic abnormalities such as doubling back or sharp angles.\n - **Side View:** Similar to the front view, the continuity of the axon seems to be consistent without any abrupt deviations or unnatural junctions.\n - **Top View:** Further corroborates the continuity and normal branching without visible signs of merging with a different neuron.\n\n2. **Segment ID 864691135389908722:**\n\n - **Front View:** Several branches extend in different directions, but there are a couple of branches that appear to reconnect or loop back towards the central mass of the arborization, which may indicate a potential merge error.\n - **Side View:** The structure is intricate with multiple branch crossings; there is some ambiguity in the overlap which might suggest merging.\n - **Top View:** Complicated branching patterns with what looks like branches converging back towards the center, potentially signifying a merge error.\n\nAfter considering all views, the second segment (Segment ID 864691135389908722) shows more indications of potential merge errors due to its convoluted structure and branches that appear to loop back into the main structure.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, we are analyzing two different segments for potential axonal merge errors. \n\n1. **Segment ID 864691135591041291:**\n\n - **Front View:** The axonal path appears mostly linear with some branching; it doesn\u2019t show characteristic abnormalities such as doubling back or sharp angles.\n - **Side View:** Similar to the front view, the continuity of the axon seems to be consistent without any abrupt deviations or unnatural junctions.\n - **Top View:** Further corroborates the continuity and normal branching without visible signs of merging with a different neuron.\n\n2. **Segment ID 864691135389908722:**\n\n - **Front View:** Several branches extend in different directions, but there are a couple of branches that appear to reconnect or loop back towards the central mass of the arborization, which may indicate a potential merge error.\n - **Side View:** The structure is intricate with multiple branch crossings; there is some ambiguity in the overlap which might suggest merging.\n - **Top View:** Complicated branching patterns with what looks like branches converging back towards the center, potentially signifying a merge error.\n\nAfter considering all views, the second segment (Segment ID 864691135389908722) shows more indications of potential merge errors due to its convoluted structure and branches that appear to loop back into the main structure.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135389908722", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + } + ], + "root_id_requires_split":"864691135389908722", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_8_0", + "timestamp":null, + "merge_coords":"750009_786297_776874", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images for signs of merge errors in the neuronal data, I am focusing on the neuronal structures, especially in the center of each image.\n\n1. For Segment ID 864691135489674436 (first set of images):\n - Front View: The structure appears to be branching naturally, without any evident unusual angles or doubling back.\n - Side View: Again, the branches look consistent with normal neuronal branching.\n - Top View: No abrupt bends or join points suggesting inappropriate merges.\n\n2. For Segment ID 864691135591041291 (second set of images):\n - Front View: The structure seems long and narrow, not exhibiting typical signs like doubling back or right-angle branching.\n - Side View: Consistent with normal axonal extension without noticeable merge characteristics.\n - Top View: Appears linear and continuous, lacking merge-like features.\n\nBoth sets of images do not show evident signs of merge errors as described, such as unusual doubling back or sharp angles that suggest an inappropriate joining of axons from different neurons.\n\nBased on this observational analysis, neither of the segments exhibits clear indications of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images for signs of merge errors in the neuronal data, I am focusing on the neuronal structures, especially in the center of each image.\n\n1. For Segment ID 864691135489674436 (first set of images):\n - Front View: The structure appears to be branching naturally, without any evident unusual angles or doubling back.\n - Side View: Again, the branches look consistent with normal neuronal branching.\n - Top View: No abrupt bends or join points suggesting inappropriate merges.\n\n2. For Segment ID 864691135591041291 (second set of images):\n - Front View: The structure seems long and narrow, not exhibiting typical signs like doubling back or right-angle branching.\n - Side View: Consistent with normal axonal extension without noticeable merge characteristics.\n - Top View: Appears linear and continuous, lacking merge-like features.\n\nBoth sets of images do not show evident signs of merge errors as described, such as unusual doubling back or sharp angles that suggest an inappropriate joining of axons from different neurons.\n\nBased on this observational analysis, neither of the segments exhibits clear indications of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135489674436", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + } + ], + "root_id_requires_split":"864691135489674436", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_8_1", + "timestamp":null, + "merge_coords":"750009_786297_776874", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135591041291:**\n\n - **Front View:** The segment appears to be linear with no obvious branching or sharp angles.\n \n - **Side View:** The segment maintains a single trajectory without evident deviations. No sharp ninety-degree angles or doubling back are visible.\n \n - **Top View:** Consistent with other views, there is no branching off or doubling back visible.\n\n2. **Segment ID 864691135489674436:**\n\n - **Front View:** Multiple branching structures appear intertwined. The complexity suggests possible merge errors as there are intersections of processes, but none exhibit obvious signs of doubling back or ninety-degree angles.\n \n - **Side View:** The branching structure is extensive but remains consistent with neuronal morphology. There are some intersections and contact points between branches, but no definitive merge indicators like sharp angles or doubling back are clear.\n \n - **Top View:** Similar to the other views, the complexity is high, with many branches. Points of intersection are present, but specific merge errors are not easy to identify.\n\nThe second set of images (Segment ID 864691135489674436) presents a more complex and potentially problematic morphology due to the dense branching and possible contact points. However, without clear evidence of structures doubling back or forming unnatural angles, neither segment clearly indicates a merge error from the provided views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. **Segment ID 864691135591041291:**\n\n - **Front View:** The segment appears to be linear with no obvious branching or sharp angles.\n \n - **Side View:** The segment maintains a single trajectory without evident deviations. No sharp ninety-degree angles or doubling back are visible.\n \n - **Top View:** Consistent with other views, there is no branching off or doubling back visible.\n\n2. **Segment ID 864691135489674436:**\n\n - **Front View:** Multiple branching structures appear intertwined. The complexity suggests possible merge errors as there are intersections of processes, but none exhibit obvious signs of doubling back or ninety-degree angles.\n \n - **Side View:** The branching structure is extensive but remains consistent with neuronal morphology. There are some intersections and contact points between branches, but no definitive merge indicators like sharp angles or doubling back are clear.\n \n - **Top View:** Similar to the other views, the complexity is high, with many branches. Points of intersection are present, but specific merge errors are not easy to identify.\n\nThe second set of images (Segment ID 864691135489674436) presents a more complex and potentially problematic morphology due to the dense branching and possible contact points. However, without clear evidence of structures doubling back or forming unnatural angles, neither segment clearly indicates a merge error from the provided views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135489674436", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + } + ], + "root_id_requires_split":"864691135489674436", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_9_0", + "timestamp":null, + "merge_coords":"674870_774868_738921", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nLooking at the segmentation data:\n\n1. **Segment ID 864691135396570610**:\n - **Front View**: The axonal structure appears to be relatively linear with expected branching patterns.\n - **Side View**: The axon appears smooth without any abrupt branches or unusual turns.\n - **Top View**: The axon follows a linear path without forming unusual angles.\n\n2. **Segment ID 864691135591041291**:\n - **Front View**: The axon exhibits a smoother extension but presents a thicker segment towards the bottom.\n - **Side View**: This view shows some complexity, but no evident abrupt angle changes or doubling back.\n - **Top View**: The axon follows a consistent branching path without forming sharp angles or doubling back.\n\nBased on the provided information, neither segment exhibits the typical characteristics of a merge error such as abnormal doubling back or sharp right-angle branching near the center of the views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Looking at the segmentation data:\n\n1. **Segment ID 864691135396570610**:\n - **Front View**: The axonal structure appears to be relatively linear with expected branching patterns.\n - **Side View**: The axon appears smooth without any abrupt branches or unusual turns.\n - **Top View**: The axon follows a linear path without forming unusual angles.\n\n2. **Segment ID 864691135591041291**:\n - **Front View**: The axon exhibits a smoother extension but presents a thicker segment towards the bottom.\n - **Side View**: This view shows some complexity, but no evident abrupt angle changes or doubling back.\n - **Top View**: The axon follows a consistent branching path without forming sharp angles or doubling back.\n\nBased on the provided information, neither segment exhibits the typical characteristics of a merge error such as abnormal doubling back or sharp right-angle branching near the center of the views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135396570610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + } + ], + "root_id_requires_split":"864691135396570610", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_9_1", + "timestamp":null, + "merge_coords":"674870_774868_738921", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images from both sets of segmented neuronal data, I'll assess for potential merge errors based on the descriptions provided.\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The structure appears irregular with potential branch points, but no evident 90-degree angles or doubling back is visible from this perspective.\n - **Side View:** The axon is elongated and undulates, remaining relatively linear rather than sharply turning in a way that suggests a merge.\n - **Top View:** The axon appears to run along a trajectory without clear angles that point towards a merge error.\n\n2. **Segment ID 864691135396570610:**\n - **Front View:** Similar to the first segment, it shows a long, thin, and fairly consistent path.\n - **Side View:** There is some curvature visible, but no signs of doubling back or abrupt angular changes indicative of a merge error.\n - **Top View:** The axonal path remains linear without evidence of unnatural angles or configurations.\n\nBased on the visual cues and the descriptions of what a merge error might look like, neither of the segments explicitly exhibits characteristics typical of a merge error, such as severe bending or doubling back.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Upon examining the images from both sets of segmented neuronal data, I'll assess for potential merge errors based on the descriptions provided.\n\n1. **Segment ID 864691135591041291:**\n - **Front View:** The structure appears irregular with potential branch points, but no evident 90-degree angles or doubling back is visible from this perspective.\n - **Side View:** The axon is elongated and undulates, remaining relatively linear rather than sharply turning in a way that suggests a merge.\n - **Top View:** The axon appears to run along a trajectory without clear angles that point towards a merge error.\n\n2. **Segment ID 864691135396570610:**\n - **Front View:** Similar to the first segment, it shows a long, thin, and fairly consistent path.\n - **Side View:** There is some curvature visible, but no signs of doubling back or abrupt angular changes indicative of a merge error.\n - **Top View:** The axonal path remains linear without evidence of unnatural angles or configurations.\n\nBased on the visual cues and the descriptions of what a merge error might look like, neither of the segments explicitly exhibits characteristics typical of a merge error, such as severe bending or doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135396570610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + } + ], + "root_id_requires_split":"864691135396570610", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_10_0", + "timestamp":null, + "merge_coords":"684159_780717_741137", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe two sets of images represent different 3D segmentations of neuronal data. \n\n1. **Segment ID 864691136731909486:**\n - The images show a complex structure with multiple branches.\n - There are multiple connections and branches that could suggest potential merge errors, particularly around the central area where several branches converge. \n\n2. **Segment ID 864691135591041291:**\n - The structure appears to be simpler with fewer branches.\n - It does not exhibit clear signs of merge errors such as branching back or forming sharp angles in the central areas.\n\nBased on the description provided about merge errors, the first set of images (Segment ID 864691136731909486) is more likely to present such errors due to its complexity and the presence of converging branches in the central volume. The second set, being simpler and more linear, does not exhibit clear indications of merge errors.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The two sets of images represent different 3D segmentations of neuronal data. \n\n1. **Segment ID 864691136731909486:**\n - The images show a complex structure with multiple branches.\n - There are multiple connections and branches that could suggest potential merge errors, particularly around the central area where several branches converge. \n\n2. **Segment ID 864691135591041291:**\n - The structure appears to be simpler with fewer branches.\n - It does not exhibit clear signs of merge errors such as branching back or forming sharp angles in the central areas.\n\nBased on the description provided about merge errors, the first set of images (Segment ID 864691136731909486) is more likely to present such errors due to its complexity and the presence of converging branches in the central volume. The second set, being simpler and more linear, does not exhibit clear indications of merge errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136731909486", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + } + ], + "root_id_requires_split":"864691136731909486", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_10_1", + "timestamp":null, + "merge_coords":"684159_780717_741137", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the segmented neuronal data, we need to look for signs of axonal merge errors. These include structures where an axon may double back on itself or create sharp angles indicative of incorrect merging with another axon.\n\n1. **Segment ID 864691135591041291:**\n - **Front view:** The structure appears to be relatively linear with some minor branching. The branches do not exhibit sharp turns or doubling back.\n - **Side view:** Again, the structure appears consistent with normal branching. There are no significant signs of unnatural angles here.\n - **Top view:** This perspective further supports the absence of irregular angles or doubling back. The segment appears to have a smooth and linear form.\n\n2. **Segment ID 864691136731909486:**\n - **Front view:** Noticeably more complex, this segment shows branching that includes sharp angles and crossing structures.\n - **Side view:** There is a notable interaction between different segments, with potential cases of doubling back or sharp angles where branches suddenly change direction.\n - **Top view:** The branching appears somewhat tangled, with several overlapping processes, enhancing the likelihood of a merge error.\n\nConsidering the above observations, Segment 2 shows more characteristics that could be indicative of a merge error, such as sharp branching angles and complex overlapping structures.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the segmented neuronal data, we need to look for signs of axonal merge errors. These include structures where an axon may double back on itself or create sharp angles indicative of incorrect merging with another axon.\n\n1. **Segment ID 864691135591041291:**\n - **Front view:** The structure appears to be relatively linear with some minor branching. The branches do not exhibit sharp turns or doubling back.\n - **Side view:** Again, the structure appears consistent with normal branching. There are no significant signs of unnatural angles here.\n - **Top view:** This perspective further supports the absence of irregular angles or doubling back. The segment appears to have a smooth and linear form.\n\n2. **Segment ID 864691136731909486:**\n - **Front view:** Noticeably more complex, this segment shows branching that includes sharp angles and crossing structures.\n - **Side view:** There is a notable interaction between different segments, with potential cases of doubling back or sharp angles where branches suddenly change direction.\n - **Top view:** The branching appears somewhat tangled, with several overlapping processes, enhancing the likelihood of a merge error.\n\nConsidering the above observations, Segment 2 shows more characteristics that could be indicative of a merge error, such as sharp branching angles and complex overlapping structures.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136731909486", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + } + ], + "root_id_requires_split":"864691136731909486", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_11_0", + "timestamp":null, + "merge_coords":"684602_781401_741102", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the segments:\n\n**First Segment (Segment ID 864691135445852818):**\n\n- **Front View:** There are multiple branches and connections evident. The complexity might suggest potential merge errors, but upon close examination, none of the branches appear to double back or form unnatural angles like those characteristic of merge errors.\n \n- **Side View:** The axon paths appear continuous without clear signs of merge errors. There is no abrupt change in direction or doubling back.\n\n- **Top View:** The segment appears to maintain consistent pathing and structure. The branches are distinct and do not exhibit signs of merging improperly.\n\n**Second Segment (Segment ID 864691135591041291):**\n\n- **Front View:** The structure looks less complex, with more straightforward paths. There is a notable bend, but it does not appear to result from a merge error as it follows a natural path with no doubling back.\n\n- **Side View:** The paths are smooth with no indicative structures of merging, such as sharp angles or duplicate branching.\n\n- **Top View:** All paths are extending smoothly in coherent directions.\n\nConcluding, neither segment displays clear signs of a merge error in their axonal structures, such as abrupt directional changes or doubling back.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the segments:\n\n**First Segment (Segment ID 864691135445852818):**\n\n- **Front View:** There are multiple branches and connections evident. The complexity might suggest potential merge errors, but upon close examination, none of the branches appear to double back or form unnatural angles like those characteristic of merge errors.\n \n- **Side View:** The axon paths appear continuous without clear signs of merge errors. There is no abrupt change in direction or doubling back.\n\n- **Top View:** The segment appears to maintain consistent pathing and structure. The branches are distinct and do not exhibit signs of merging improperly.\n\n**Second Segment (Segment ID 864691135591041291):**\n\n- **Front View:** The structure looks less complex, with more straightforward paths. There is a notable bend, but it does not appear to result from a merge error as it follows a natural path with no doubling back.\n\n- **Side View:** The paths are smooth with no indicative structures of merging, such as sharp angles or duplicate branching.\n\n- **Top View:** All paths are extending smoothly in coherent directions.\n\nConcluding, neither segment displays clear signs of a merge error in their axonal structures, such as abrupt directional changes or doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135445852818", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + } + ], + "root_id_requires_split":"864691135445852818", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_11_1", + "timestamp":null, + "merge_coords":"684602_781401_741102", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nWhen analyzing the structures of the two 3D segmentations provided:\n\n- **Segment 1** (ID 864691135591041291): \n - The axonal paths shown do not exhibit clear signs of merge errors like doubling back or sharp ninety-degree angles.\n - The paths appear to follow a relatively consistent trajectory without abrupt direction changes that might suggest a merge with another segment.\n\n- **Segment 2** (ID 864691135445852818):\n - In the views, especially the top and side perspectives, there is a point where axonal branches intersect in a dense manner, but this does not necessarily indicate a typical merge error like a sudden doubling back or sharp angle indicative of merge.\n - The axons seem to intersect smoothly, which can occur naturally in neuronal structures.\n\nBased on the descriptions of what constitutes a merge error, neither segment shows evident errors that match the described patterns of sharp direction changes or doubling back inappropriately.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"When analyzing the structures of the two 3D segmentations provided:\n\n- **Segment 1** (ID 864691135591041291): \n - The axonal paths shown do not exhibit clear signs of merge errors like doubling back or sharp ninety-degree angles.\n - The paths appear to follow a relatively consistent trajectory without abrupt direction changes that might suggest a merge with another segment.\n\n- **Segment 2** (ID 864691135445852818):\n - In the views, especially the top and side perspectives, there is a point where axonal branches intersect in a dense manner, but this does not necessarily indicate a typical merge error like a sudden doubling back or sharp angle indicative of merge.\n - The axons seem to intersect smoothly, which can occur naturally in neuronal structures.\n\nBased on the descriptions of what constitutes a merge error, neither segment shows evident errors that match the described patterns of sharp direction changes or doubling back inappropriately.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135445852818", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + } + ], + "root_id_requires_split":"864691135445852818", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_12_0", + "timestamp":null, + "merge_coords":"609850_472505_1005369", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images represent two different segments of neuronal data, showing perspectives from the front, side, and top. To detect merge errors, we should focus on unexpected axonal structures like sharply turning branches or axons returning toward prior branches.\n\n1. **Segment ID 864691136089171767**:\n - The front view does not visibly exhibit any of the typical merge error signs like axon doubling or making sharp angles.\n - The side view also maintains a consistent branching pattern without unusual turns or reunions that suggest merge errors.\n - Similarly, the top view does not reveal any connections that appear atypical.\n\n2. **Segment ID 864691135591041291**:\n - The front view appears natural without evident signs of erroneous merges.\n - The side view, however, shows a branching point where an axon seems to turn sharply, a potential indicator of an inappropriate merge.\n - The top view does align with signs of a possible merge error, given the formation of a ninety-degree angle.\n\nConsidering the images provided for each segment, Segment ID 864691135591041291 shows potential evidence of a merge error, particularly in the side and top views.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The images represent two different segments of neuronal data, showing perspectives from the front, side, and top. To detect merge errors, we should focus on unexpected axonal structures like sharply turning branches or axons returning toward prior branches.\n\n1. **Segment ID 864691136089171767**:\n - The front view does not visibly exhibit any of the typical merge error signs like axon doubling or making sharp angles.\n - The side view also maintains a consistent branching pattern without unusual turns or reunions that suggest merge errors.\n - Similarly, the top view does not reveal any connections that appear atypical.\n\n2. **Segment ID 864691135591041291**:\n - The front view appears natural without evident signs of erroneous merges.\n - The side view, however, shows a branching point where an axon seems to turn sharply, a potential indicator of an inappropriate merge.\n - The top view does align with signs of a possible merge error, given the formation of a ninety-degree angle.\n\nConsidering the images provided for each segment, Segment ID 864691135591041291 shows potential evidence of a merge error, particularly in the side and top views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136089171767", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + } + ], + "root_id_requires_split":"864691136089171767", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_12_1", + "timestamp":null, + "merge_coords":"609850_472505_1005369", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691135591041291:\n- Front view: The structure appears lengthy with branching, but there are no obvious indications of axons doubling back or forming sharp, unnatural angles.\n- Side view: The axonal branches maintain a consistent direction without sudden reversals or sharp turns.\n- Top view: The branching appears relatively uniform, without distinct merge-like characteristics such as aberrant angles.\n\nSegment ID 864691136089171767:\n- Front view: There is some complex branching visible, but no clear signs of axon segments merging and forming sharp angles.\n- Side view: The structure appears more compact and localized, with normal branching patterns.\n- Top view: The branching also appears normal, with no sudden direction changes indicative of merging from different neurons.\n\nOverall, neither segment exhibits evident characteristics of merge errors such as doubling back or forming ninety-degree angles at merge points.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691135591041291:\n- Front view: The structure appears lengthy with branching, but there are no obvious indications of axons doubling back or forming sharp, unnatural angles.\n- Side view: The axonal branches maintain a consistent direction without sudden reversals or sharp turns.\n- Top view: The branching appears relatively uniform, without distinct merge-like characteristics such as aberrant angles.\n\nSegment ID 864691136089171767:\n- Front view: There is some complex branching visible, but no clear signs of axon segments merging and forming sharp angles.\n- Side view: The structure appears more compact and localized, with normal branching patterns.\n- Top view: The branching also appears normal, with no sudden direction changes indicative of merging from different neurons.\n\nOverall, neither segment exhibits evident characteristics of merge errors such as doubling back or forming ninety-degree angles at merge points.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136089171767", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + } + ], + "root_id_requires_split":"864691136089171767", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_13_0", + "timestamp":null, + "merge_coords":"608499_470819_1007009", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, I looked for signs of merge errors such as unusual axonal structures that could suggest inappropriate grouping of processes from different neurons. Common indicators include axons doubling back after branching or forming sharp angles when combined with another segment.\n\n**Segment ID 864691135785628356:**\n- **Front View:** Displays a complex structure with multiple branches. There are no obvious signs of axons doubling back or sharp angles that would indicate a merge error.\n- **Side View:** The morphology appears consistent with a single neuron\u2019s axonal branching. No noticeable merges or structural anomalies present.\n- **Top View:** Again, the branches do not display the characteristics of a merge error. They seem to follow a single neuron\u2019s path without excessive looping back or right-angle joins.\n\n**Segment ID 864691135591041291:**\n- **Front View:** The structure is mostly linear with some branching. However, there's no evidence of the unusual backtracking or sharp joins typical of merge errors.\n- **Side View:** The branches appear straightforward with few deviations that would suggest multiple neuron segments combined incorrectly.\n- **Top View:** The branching structure does not exhibit the problematic patterns associated with merge errors such as sharp right-angle turns or doubling back.\n\nOverall, both segments display typical axonal branching without significant morphological abnormalities that would indicate a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, I looked for signs of merge errors such as unusual axonal structures that could suggest inappropriate grouping of processes from different neurons. Common indicators include axons doubling back after branching or forming sharp angles when combined with another segment.\n\n**Segment ID 864691135785628356:**\n- **Front View:** Displays a complex structure with multiple branches. There are no obvious signs of axons doubling back or sharp angles that would indicate a merge error.\n- **Side View:** The morphology appears consistent with a single neuron\u2019s axonal branching. No noticeable merges or structural anomalies present.\n- **Top View:** Again, the branches do not display the characteristics of a merge error. They seem to follow a single neuron\u2019s path without excessive looping back or right-angle joins.\n\n**Segment ID 864691135591041291:**\n- **Front View:** The structure is mostly linear with some branching. However, there's no evidence of the unusual backtracking or sharp joins typical of merge errors.\n- **Side View:** The branches appear straightforward with few deviations that would suggest multiple neuron segments combined incorrectly.\n- **Top View:** The branching structure does not exhibit the problematic patterns associated with merge errors such as sharp right-angle turns or doubling back.\n\nOverall, both segments display typical axonal branching without significant morphological abnormalities that would indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135785628356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + } + ], + "root_id_requires_split":"864691135785628356", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_13_1", + "timestamp":null, + "merge_coords":"608499_470819_1007009", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided:\n\n1. **Segment ID 864691135591041291:**\n\n - **Front view:** The segment appears to have long, relatively straight processes extending from it, with no visible looping or acute angle formations that suggest a merge error.\n - **Side and Top views:** The segment maintains a consistent direction in its processes without doubling back. There are varied angles of branches, yet they appear to radiate appropriately from the center.\n\n2. **Segment ID 864691135785628356:**\n\n - **Front view:** The segment demonstrates a complex branching pattern with multiple processes intertwining. However, there appears to be a potential merge where two axonal branches converge abruptly, forming irregular angles.\n - **Side and Top views:** The intertwined nature of the processes is more apparent, and one branch seems to veer off at an unnatural angle, suggesting a possible merge error.\n\nUpon evaluating the images, the second segment (Segment ID 864691135785628356) shows characteristics associated with merge errors, particularly the presence of converging branches and potential ninety-degree angles. The first segment does not reveal such issues.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided:\n\n1. **Segment ID 864691135591041291:**\n\n - **Front view:** The segment appears to have long, relatively straight processes extending from it, with no visible looping or acute angle formations that suggest a merge error.\n - **Side and Top views:** The segment maintains a consistent direction in its processes without doubling back. There are varied angles of branches, yet they appear to radiate appropriately from the center.\n\n2. **Segment ID 864691135785628356:**\n\n - **Front view:** The segment demonstrates a complex branching pattern with multiple processes intertwining. However, there appears to be a potential merge where two axonal branches converge abruptly, forming irregular angles.\n - **Side and Top views:** The intertwined nature of the processes is more apparent, and one branch seems to veer off at an unnatural angle, suggesting a possible merge error.\n\nUpon evaluating the images, the second segment (Segment ID 864691135785628356) shows characteristics associated with merge errors, particularly the presence of converging branches and potential ninety-degree angles. The first segment does not reveal such issues.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135785628356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + } + ], + "root_id_requires_split":"864691135785628356", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_14_0", + "timestamp":null, + "merge_coords":"608391_466347_1013460", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nWhen analyzing the two sets of images for possible axonal merge errors, we focus on irregular structures such as doubling back or sharp angles.\n\n1. **Segment ID 864691136594757026:**\n - **Front View:** The segment appears to have a complex branching pattern but doesn't show glaring signs of merging such as abrupt direction changes.\n - **Side View:** The branches appear elongated and consistent with the original trajectory of the axon.\n - **Top View:** The segment maintains a reasonably linear path without any doubling back or acute angular changes that suggest a merge error.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** There's a potential issue where the segment branches off and appears to form a loop, potentially indicating a merge.\n - **Side View:** The segment does show a structural deviation, which could suggest a doubling back or a sharp turn typically seen in merge errors.\n - **Top View:** The branching pattern and the direction do not remain consistent, with potential indications of abrupt directional changes.\n\nConsidering the criteria and observations, Segment ID 864691135591041291 shows potential signs of a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"When analyzing the two sets of images for possible axonal merge errors, we focus on irregular structures such as doubling back or sharp angles.\n\n1. **Segment ID 864691136594757026:**\n - **Front View:** The segment appears to have a complex branching pattern but doesn't show glaring signs of merging such as abrupt direction changes.\n - **Side View:** The branches appear elongated and consistent with the original trajectory of the axon.\n - **Top View:** The segment maintains a reasonably linear path without any doubling back or acute angular changes that suggest a merge error.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** There's a potential issue where the segment branches off and appears to form a loop, potentially indicating a merge.\n - **Side View:** The segment does show a structural deviation, which could suggest a doubling back or a sharp turn typically seen in merge errors.\n - **Top View:** The branching pattern and the direction do not remain consistent, with potential indications of abrupt directional changes.\n\nConsidering the criteria and observations, Segment ID 864691135591041291 shows potential signs of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136594757026", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + } + ], + "root_id_requires_split":"864691136594757026", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_14_1", + "timestamp":null, + "merge_coords":"608391_466347_1013460", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135591041291), the structure appears to have long, continuous segments without any apparent sharp angles or doubling back at the branching points. The axon maintains a relatively straightforward trajectory from all perspectives.\n\nIn the second set of images (Segment ID 864691136594757026), there is an observable sharp angle and potential merge issue. Notably, the structure appears to branch off and then forms an angle that could be consistent with a merge error, as described in typical scenarios where axons inappropriately connect to form ninety-degree angles or double back on themselves.\n\nConsidering the provided details and imagery, the second segment exhibits a characteristic consistent with a potential merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135591041291), the structure appears to have long, continuous segments without any apparent sharp angles or doubling back at the branching points. The axon maintains a relatively straightforward trajectory from all perspectives.\n\nIn the second set of images (Segment ID 864691136594757026), there is an observable sharp angle and potential merge issue. Notably, the structure appears to branch off and then forms an angle that could be consistent with a merge error, as described in typical scenarios where axons inappropriately connect to form ninety-degree angles or double back on themselves.\n\nConsidering the provided details and imagery, the second segment exhibits a characteristic consistent with a potential merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136594757026", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + } + ], + "root_id_requires_split":"864691136594757026", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_15_0", + "timestamp":null, + "merge_coords":"609819_466042_1028653", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nLet's analyze the two sets of images:\n\n1. **Segment ID 864691136444037507:**\n - *Front View:* The segment appears elongated with some branching structures.\n - *Side View:* The segment shows a spread of branches without obvious irregular turning.\n - *Top View:* There is a branching structure, but there are no apparent sharp angles or doubling back indicative of a merge error.\n\n2. **Segment ID 864691135591041291:**\n - *Front View:* Straight structures observed, but one part exhibits a strong turn.\n - *Side View:* A more pronounced turn is visible, suggesting abnormal structure.\n - *Top View:* Branching pattern is visible; the angle appears nearly ninety degrees, which might indicate the presence of a merge error.\n\nThe second segment presents more characteristics consistent with merge errors, such as a sharp angle and aberrant branching pattern.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Let's analyze the two sets of images:\n\n1. **Segment ID 864691136444037507:**\n - *Front View:* The segment appears elongated with some branching structures.\n - *Side View:* The segment shows a spread of branches without obvious irregular turning.\n - *Top View:* There is a branching structure, but there are no apparent sharp angles or doubling back indicative of a merge error.\n\n2. **Segment ID 864691135591041291:**\n - *Front View:* Straight structures observed, but one part exhibits a strong turn.\n - *Side View:* A more pronounced turn is visible, suggesting abnormal structure.\n - *Top View:* Branching pattern is visible; the angle appears nearly ninety degrees, which might indicate the presence of a merge error.\n\nThe second segment presents more characteristics consistent with merge errors, such as a sharp angle and aberrant branching pattern.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136444037507", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + } + ], + "root_id_requires_split":"864691136444037507", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_15_1", + "timestamp":null, + "merge_coords":"609819_466042_1028653", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nBoth segments show complex structures, but let's analyze each one for potential merge errors.\n\nSegment ID 864691135591041291:\n- Front View: This segment shows a long continuous axon. There is no obvious sign of doubling back or sharp angles in the center view that would suggest a merge error.\n- Side View: The axon appears smooth and extends without unnatural junctions.\n- Top View: The structure looks consistent with its trajectory, without sharp turns or loops that could indicate a merge error.\n\nSegment ID 864691136444037507:\n- Front View: This segment has a complex branching structure. There is a notable branch towards the center that seems to form a loop or doubling back.\n- Side View: This view also displays what might be an unusual curvature, indicative of a potential merge.\n- Top View: The intricacy and sharp angles around the center suggest possible merging of axons that might not be naturally connected.\n\nSegment ID 864691136444037507 shows characteristics that potentially indicate a merge error, particularly the complex branching and apparent doubling or looping of axons.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Both segments show complex structures, but let's analyze each one for potential merge errors.\n\nSegment ID 864691135591041291:\n- Front View: This segment shows a long continuous axon. There is no obvious sign of doubling back or sharp angles in the center view that would suggest a merge error.\n- Side View: The axon appears smooth and extends without unnatural junctions.\n- Top View: The structure looks consistent with its trajectory, without sharp turns or loops that could indicate a merge error.\n\nSegment ID 864691136444037507:\n- Front View: This segment has a complex branching structure. There is a notable branch towards the center that seems to form a loop or doubling back.\n- Side View: This view also displays what might be an unusual curvature, indicative of a potential merge.\n- Top View: The intricacy and sharp angles around the center suggest possible merging of axons that might not be naturally connected.\n\nSegment ID 864691136444037507 shows characteristics that potentially indicate a merge error, particularly the complex branching and apparent doubling or looping of axons.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136444037507", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + } + ], + "root_id_requires_split":"864691136444037507", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_16_0", + "timestamp":null, + "merge_coords":"679154_825888_888433", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, there are two sets of 3D views (front, side, top) representing segmented neuronal data that need to be analyzed for potential axonal merge errors.\n\n**Segment ID 864691136717435502:**\n- **Front View:** The structure appears to be complex, with several branches radiating out. There is no evident sign of merging, such as axons doubling back on themselves or forming unnatural angles.\n- **Side View:** The axonal structure seems consistent with natural neuronal morphology.\n- **Top View:** Similar to the front view, branching looks organized without apparent merging abnormalities.\n\n**Segment ID 864691135591041291:**\n- **Front View:** The branching is more centralized. In the center, there are branches that seem to overlap. While overlap itself isn't definitive of a merge error, we must consider the angle and subsequent branching.\n- **Side View:** The structures show branching that forms an angle somewhat close to ninety degrees at some intersections in the middle, potentially indicative of a merge error.\n- **Top View:** There are several branches intersecting in the center, again forming near-right angles, which supports the possibility of a merge error.\n\nThe second segment shows characteristics that are more likely associated with merge errors, such as intersecting branches forming near-right angles and potentially overlapping axons in unnatural ways.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, there are two sets of 3D views (front, side, top) representing segmented neuronal data that need to be analyzed for potential axonal merge errors.\n\n**Segment ID 864691136717435502:**\n- **Front View:** The structure appears to be complex, with several branches radiating out. There is no evident sign of merging, such as axons doubling back on themselves or forming unnatural angles.\n- **Side View:** The axonal structure seems consistent with natural neuronal morphology.\n- **Top View:** Similar to the front view, branching looks organized without apparent merging abnormalities.\n\n**Segment ID 864691135591041291:**\n- **Front View:** The branching is more centralized. In the center, there are branches that seem to overlap. While overlap itself isn't definitive of a merge error, we must consider the angle and subsequent branching.\n- **Side View:** The structures show branching that forms an angle somewhat close to ninety degrees at some intersections in the middle, potentially indicative of a merge error.\n- **Top View:** There are several branches intersecting in the center, again forming near-right angles, which supports the possibility of a merge error.\n\nThe second segment shows characteristics that are more likely associated with merge errors, such as intersecting branches forming near-right angles and potentially overlapping axons in unnatural ways.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136717435502", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + } + ], + "root_id_requires_split":"864691136717435502", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_16_1", + "timestamp":null, + "merge_coords":"679154_825888_888433", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two sets of segment images:\n\n1. **Segment ID 864691135591041291:**\n\n - **Front view:** Exhibits a complex network of branches that seem to spread widely.\n - **Side view:** Displays a diffusion of branches without obvious doubling back or junctions at harsh angles.\n - **Top view:** Shows a fairly spread out pattern without any evident sharp angles or returns.\n\n Overall, this segment exhibits mostly consistent branching patterns without clear signs of merges, such as doubling back or abnormal angles.\n\n2. **Segment ID 864691136717435502:**\n\n - **Front view:** Presents a more linear set of branches. Some branching occurs without apparent abnormal structure.\n - **Side view:** Displays linear branches, with one section that may suggest a sharp angle or junction.\n - **Top view:** Some branches extend outwards linearly. However, one branch intersects another, which might suggest an odd connection.\n\n The appearance of intersecting branches in the top view may indicate a merge error but is not as evidently abnormal as typical merge errors.\n\nComparing the two, neither segment shows highly conspicuous evidence of merge errors like axonal doubling back or sharp angles from incorrect merging in their center sections. The potential errors in Segment 2 are not definitively abnormal.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the two sets of segment images:\n\n1. **Segment ID 864691135591041291:**\n\n - **Front view:** Exhibits a complex network of branches that seem to spread widely.\n - **Side view:** Displays a diffusion of branches without obvious doubling back or junctions at harsh angles.\n - **Top view:** Shows a fairly spread out pattern without any evident sharp angles or returns.\n\n Overall, this segment exhibits mostly consistent branching patterns without clear signs of merges, such as doubling back or abnormal angles.\n\n2. **Segment ID 864691136717435502:**\n\n - **Front view:** Presents a more linear set of branches. Some branching occurs without apparent abnormal structure.\n - **Side view:** Displays linear branches, with one section that may suggest a sharp angle or junction.\n - **Top view:** Some branches extend outwards linearly. However, one branch intersects another, which might suggest an odd connection.\n\n The appearance of intersecting branches in the top view may indicate a merge error but is not as evidently abnormal as typical merge errors.\n\nComparing the two, neither segment shows highly conspicuous evidence of merge errors like axonal doubling back or sharp angles from incorrect merging in their center sections. The potential errors in Segment 2 are not definitively abnormal.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136717435502", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + } + ], + "root_id_requires_split":"864691136717435502", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_17_0", + "timestamp":null, + "merge_coords":"580167_877086_885538", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nFor Segment ID 864691135618423615:\n\n1. **Front View:** The structure is elongated with minimal branching, but there are some areas where the structure appears to change direction sharply.\n2. **Side View:** It shows a relatively linear path with a few branches, but nothing that immediately suggests a ninety-degree turn.\n3. **Top View:** The structure seems to have slight turns and a fairly linear arrangement without clearly doubling back.\n\nFor Segment ID 864691135591041291:\n\n1. **Front View:** The structure looks more complex with a loop or twist, which might indicate a merge error if it signifies two axons being joined.\n2. **Side View:** The path appears relatively linear, but minor deviations can be seen, possibly indicating merge points.\n3. **Top View:** There are no drastic turns or doubling visible.\n\nBased on the structures observed, Segment ID 864691135591041291 has a more complicated structure with potential looping that suggests a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"For Segment ID 864691135618423615:\n\n1. **Front View:** The structure is elongated with minimal branching, but there are some areas where the structure appears to change direction sharply.\n2. **Side View:** It shows a relatively linear path with a few branches, but nothing that immediately suggests a ninety-degree turn.\n3. **Top View:** The structure seems to have slight turns and a fairly linear arrangement without clearly doubling back.\n\nFor Segment ID 864691135591041291:\n\n1. **Front View:** The structure looks more complex with a loop or twist, which might indicate a merge error if it signifies two axons being joined.\n2. **Side View:** The path appears relatively linear, but minor deviations can be seen, possibly indicating merge points.\n3. **Top View:** There are no drastic turns or doubling visible.\n\nBased on the structures observed, Segment ID 864691135591041291 has a more complicated structure with potential looping that suggests a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135618423615", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + } + ], + "root_id_requires_split":"864691135618423615", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_17_1", + "timestamp":null, + "merge_coords":"580167_877086_885538", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn Segment ID 864691135591041291, viewed from the front, side, and top:\n\n- The structure appears long and winding, with no significant signs of unusual sharp angles or abrupt changes in direction that suggest a merge error.\n\nIn Segment ID 864691135618423615, viewed from the front, side, and top:\n\n- The structure appears to have some complexity in the branching pattern. From the front view, there seems to be a section where one branch creates an area that looks like a tight loop or possible right angle formation. This feature could indicate a possible merge error where branches from different neurons could be inappropriately joined, as suggested by potential signs of doubling back or sharp angles in the axonal path.\n\nBased on these observations, Segment ID 864691135618423615 is more likely to have characteristics of a merge error compared to Segment ID 864691135591041291.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In Segment ID 864691135591041291, viewed from the front, side, and top:\n\n- The structure appears long and winding, with no significant signs of unusual sharp angles or abrupt changes in direction that suggest a merge error.\n\nIn Segment ID 864691135618423615, viewed from the front, side, and top:\n\n- The structure appears to have some complexity in the branching pattern. From the front view, there seems to be a section where one branch creates an area that looks like a tight loop or possible right angle formation. This feature could indicate a possible merge error where branches from different neurons could be inappropriately joined, as suggested by potential signs of doubling back or sharp angles in the axonal path.\n\nBased on these observations, Segment ID 864691135618423615 is more likely to have characteristics of a merge error compared to Segment ID 864691135591041291.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135618423615", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + } + ], + "root_id_requires_split":"864691135618423615", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_18_0", + "timestamp":null, + "merge_coords":"572544_877632_886263", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the segments:\n\n1. **Segment ID 864691135607506628**\n\n - **Front View:** The segment appears to have a complex structure, but lacks clear signs of doubling back or abrupt ninety-degree angle formations that might indicate a merge error.\n \n - **Side and Top Views:** The segment maintains a relatively consistent trajectory without evident aberrations characteristic of merge errors.\n\n2. **Segment ID 864691135591041291**\n\n - **Front View:** There is a noticeable angular joint near the center of the volume, which suggests a potential merge error. The structure seems to loop back or form a sharp angle.\n \n - **Side and Top Views:** These views also show irregularities in the trajectory of the segment, consistent with merging at inappropriate angles.\n\nThe second segment presents more characteristics of potential merge errors, such as sharp angles and inconsistent structural flow near the center of the volume.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the segments:\n\n1. **Segment ID 864691135607506628**\n\n - **Front View:** The segment appears to have a complex structure, but lacks clear signs of doubling back or abrupt ninety-degree angle formations that might indicate a merge error.\n \n - **Side and Top Views:** The segment maintains a relatively consistent trajectory without evident aberrations characteristic of merge errors.\n\n2. **Segment ID 864691135591041291**\n\n - **Front View:** There is a noticeable angular joint near the center of the volume, which suggests a potential merge error. The structure seems to loop back or form a sharp angle.\n \n - **Side and Top Views:** These views also show irregularities in the trajectory of the segment, consistent with merging at inappropriate angles.\n\nThe second segment presents more characteristics of potential merge errors, such as sharp angles and inconsistent structural flow near the center of the volume.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135607506628", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135607506628", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_18_1", + "timestamp":null, + "merge_coords":"572544_877632_886263", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images, I focused on indicators of merge errors, such as unusual bendings or intersections in the axonal structures. \n\n- **Segment ID 864691135591041291:** \n - Front view shows a centralized branching structure that does not exhibit any sharp angles or unusual redundancies. \n - Side and top views display a relatively consistent flow with no significant signs of doubling back or awkward intersections in the axonal paths. \n\n- **Segment ID 864691135607506628:** \n - Front view reveals a branch that doubles back on itself near the center of the volume, suggesting an axonal merge error.\n - Side and top views confirm this observation, showing a structure in the middle of the volume that seems inconsistent with typical neuronal paths, characteristic of a merge error. \n\nThe second segment contains notable signs of an aberrant axonal structure near the center of the volume, pointing to a potential merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images, I focused on indicators of merge errors, such as unusual bendings or intersections in the axonal structures. \n\n- **Segment ID 864691135591041291:** \n - Front view shows a centralized branching structure that does not exhibit any sharp angles or unusual redundancies. \n - Side and top views display a relatively consistent flow with no significant signs of doubling back or awkward intersections in the axonal paths. \n\n- **Segment ID 864691135607506628:** \n - Front view reveals a branch that doubles back on itself near the center of the volume, suggesting an axonal merge error.\n - Side and top views confirm this observation, showing a structure in the middle of the volume that seems inconsistent with typical neuronal paths, characteristic of a merge error. \n\nThe second segment contains notable signs of an aberrant axonal structure near the center of the volume, pointing to a potential merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135607506628", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135607506628", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_19_0", + "timestamp":null, + "merge_coords":"544887_878955_885717", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":" \n\nIn the provided 3D segmentation images, we need to look for characteristics indicative of merge errors such as unnatural axonal structures, doubling back, or sharp angles indicating different neurons may have been inappropriately grouped.\n\n- **First Set of Images (Segment ID 864691136952106719):**\n - **Front View:** The structure appears to have a natural branching pattern with no sharp angles.\n - **Side View:** The axon appears elongated and continuous without doubling back or forming sharp ninety-degree angles.\n - **Top View:** The structure is consistent with normal axonal morphology, with no abrupt directional changes.\n\n- **Second Set of Images (Segment ID 864691135591041291):**\n - **Front View:** The zoomed-in segment mainly shows what seems like a complex, dense grouping typical in certain neuronal areas, with no obvious discontinuities at the connections.\n - **Side View:** The axon is elongated and narrow, mostly following a single direction.\n - **Top View:** The axon continues straight with no doubling back, maintaining a consistent direction.\n\nIn both sets, the images do not show obvious signs of merge errors. There are no visible unnatural formations such as doubling back or right-angle branching at the display resolution. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we need to look for characteristics indicative of merge errors such as unnatural axonal structures, doubling back, or sharp angles indicating different neurons may have been inappropriately grouped.\n\n- **First Set of Images (Segment ID 864691136952106719):**\n - **Front View:** The structure appears to have a natural branching pattern with no sharp angles.\n - **Side View:** The axon appears elongated and continuous without doubling back or forming sharp ninety-degree angles.\n - **Top View:** The structure is consistent with normal axonal morphology, with no abrupt directional changes.\n\n- **Second Set of Images (Segment ID 864691135591041291):**\n - **Front View:** The zoomed-in segment mainly shows what seems like a complex, dense grouping typical in certain neuronal areas, with no obvious discontinuities at the connections.\n - **Side View:** The axon is elongated and narrow, mostly following a single direction.\n - **Top View:** The axon continues straight with no doubling back, maintaining a consistent direction.\n\nIn both sets, the images do not show obvious signs of merge errors. There are no visible unnatural formations such as doubling back or right-angle branching at the display resolution.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136952106719", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + } + ], + "root_id_requires_split":"864691136952106719", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_19_1", + "timestamp":null, + "merge_coords":"544887_878955_885717", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135591041291), the morphology shows a complex, irregular structure. The front view displays convoluted branches that could potentially indicate a merge error, especially around the center. However, based on the side and top views, this branching seems quite typical, and there's no clear sign of the axon doubling back at a suspicious angle.\n\nIn the second set of images (Segment ID 864691136952106719), the structure appears more linear with branching. The central part also doesn't display characteristics typical of a merge error, such as sharp angles or doubling back after branching. The overall configuration looks more consistent with a normal axonal morphology.\n\nBased on the views provided, neither set of images displays definitive evidence of a merge error concentrated in the center of the volume.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135591041291), the morphology shows a complex, irregular structure. The front view displays convoluted branches that could potentially indicate a merge error, especially around the center. However, based on the side and top views, this branching seems quite typical, and there's no clear sign of the axon doubling back at a suspicious angle.\n\nIn the second set of images (Segment ID 864691136952106719), the structure appears more linear with branching. The central part also doesn't display characteristics typical of a merge error, such as sharp angles or doubling back after branching. The overall configuration looks more consistent with a normal axonal morphology.\n\nBased on the views provided, neither set of images displays definitive evidence of a merge error concentrated in the center of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136952106719", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + } + ], + "root_id_requires_split":"864691136952106719", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_20_0", + "timestamp":null, + "merge_coords":"786348_455418_1092372", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691134953978942), there are some convoluted structures, but they mostly appear to follow a continuous path without any abrupt angles or doubling back that would suggest a merge error.\n\nIn the second set of images (Segment ID 864691135591041291), there appears to be a more noticeable anomaly where the path of the structure makes an abrupt angle, particularly visible in the side view. This 90-degree turn is a characteristic sign of a potential merge error, indicating processes from different neurons might have been inappropriately grouped.\n\nBased on these observations, Segment ID 864691135591041291 shows more signs of a potential merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691134953978942), there are some convoluted structures, but they mostly appear to follow a continuous path without any abrupt angles or doubling back that would suggest a merge error.\n\nIn the second set of images (Segment ID 864691135591041291), there appears to be a more noticeable anomaly where the path of the structure makes an abrupt angle, particularly visible in the side view. This 90-degree turn is a characteristic sign of a potential merge error, indicating processes from different neurons might have been inappropriately grouped.\n\nBased on these observations, Segment ID 864691135591041291 shows more signs of a potential merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134953978942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134953978942", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_20_1", + "timestamp":null, + "merge_coords":"786348_455418_1092372", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the first set of views for Segment ID 864691135591041291:\n\n1. In the **front view**, the structure appears continuous with no evident doubling back or abrupt angle changes that would suggest a merge error.\n2. The **side view** similarly shows a smooth and continuous structure without sharp deviations or right angles.\n3. The **top view** matches the other views in continuity.\n\nFor the second set of views for Segment ID 864691134953978942:\n\n1. In the **front view**, there seems to be a branch that could potentially indicate a merge, but there\u2019s no clear sign of doubling back or a sharp right angle.\n2. The **side view** does not show any clearly inappropriate branching or sharp angles.\n3. The **top view** supports the previous views showing a continuous structure.\n\nBoth segments appear fairly continuous and do not display obvious signs of merge errors such as doubling back or sharp right angles at joins in the central area.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the first set of views for Segment ID 864691135591041291:\n\n1. In the **front view**, the structure appears continuous with no evident doubling back or abrupt angle changes that would suggest a merge error.\n2. The **side view** similarly shows a smooth and continuous structure without sharp deviations or right angles.\n3. The **top view** matches the other views in continuity.\n\nFor the second set of views for Segment ID 864691134953978942:\n\n1. In the **front view**, there seems to be a branch that could potentially indicate a merge, but there\u2019s no clear sign of doubling back or a sharp right angle.\n2. The **side view** does not show any clearly inappropriate branching or sharp angles.\n3. The **top view** supports the previous views showing a continuous structure.\n\nBoth segments appear fairly continuous and do not display obvious signs of merge errors such as doubling back or sharp right angles at joins in the central area.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134953978942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134953978942", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_21_0", + "timestamp":null, + "merge_coords":"784518_451080_1087562", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the analysis of the two segments provided:\n\n1. **Segment ID 864691135855937582**\n - The front view indicates a complex structure with some branching.\n - The side view shows a long, continuous structure without significant bending or extreme angles.\n - The top view maintains this continuity without noticeable doubling back or unusual angles.\n\n2. **Segment ID 864691135591041291**\n - The front view shows branching and notable bends at several points.\n - The side view introduces more pronounced angles, with possible doubling back visible.\n - The top view similarly shows structures with sharp angles or returns on themselves, suggesting a possible merge error.\n\nSegment ID 864691135591041291 demonstrates more characteristics of merge errors, such as pronounced angles and potential doubling back upon itself after branching.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the analysis of the two segments provided:\n\n1. **Segment ID 864691135855937582**\n - The front view indicates a complex structure with some branching.\n - The side view shows a long, continuous structure without significant bending or extreme angles.\n - The top view maintains this continuity without noticeable doubling back or unusual angles.\n\n2. **Segment ID 864691135591041291**\n - The front view shows branching and notable bends at several points.\n - The side view introduces more pronounced angles, with possible doubling back visible.\n - The top view similarly shows structures with sharp angles or returns on themselves, suggesting a possible merge error.\n\nSegment ID 864691135591041291 demonstrates more characteristics of merge errors, such as pronounced angles and potential doubling back upon itself after branching.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135855937582", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + } + ], + "root_id_requires_split":"864691135855937582", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_21_1", + "timestamp":null, + "merge_coords":"784518_451080_1087562", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the given 3D segmentation images, I'll analyze the structural features that may indicate merge errors.\n\n**Segment ID 864691135591041291:**\n- **Front View:** Shows a complex structure with some branching. Notably, there's no obvious right-angle joint or doubling back.\n- **Side View:** The axon appears consistent, without abrupt changes in direction that would suggest a merge.\n- **Top View:** The continuity of the structure is maintained without any sharp turns or angles.\n\n**Segment ID 864691135855937582:**\n- **Front View:** This segment displays a more intricate branching pattern. It is linear without apparent irregularities.\n- **Side View:** There seems to be an abrupt angle with branches coming at different directions, indicating a potential merge point.\n- **Top View:** Displays a branching point where the axon might double back, creating a loop-like structure, which is a typical indicator of a merge.\n\nBased on the analysis, Segment ID 864691135855937582 shows characteristics such as right-angle branching and potential doubling back, indicative of merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the given 3D segmentation images, I'll analyze the structural features that may indicate merge errors.\n\n**Segment ID 864691135591041291:**\n- **Front View:** Shows a complex structure with some branching. Notably, there's no obvious right-angle joint or doubling back.\n- **Side View:** The axon appears consistent, without abrupt changes in direction that would suggest a merge.\n- **Top View:** The continuity of the structure is maintained without any sharp turns or angles.\n\n**Segment ID 864691135855937582:**\n- **Front View:** This segment displays a more intricate branching pattern. It is linear without apparent irregularities.\n- **Side View:** There seems to be an abrupt angle with branches coming at different directions, indicating a potential merge point.\n- **Top View:** Displays a branching point where the axon might double back, creating a loop-like structure, which is a typical indicator of a merge.\n\nBased on the analysis, Segment ID 864691135855937582 shows characteristics such as right-angle branching and potential doubling back, indicative of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135855937582", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + } + ], + "root_id_requires_split":"864691135855937582", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_22_0", + "timestamp":null, + "merge_coords":"544320_879375_885691", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images show two separate neuronal segmentations. We need to determine if either shows merge errors possibly due to erroneous joining of axonal processes. \n\nIn the first set of images (Segment ID 864691135975756867):\n- The front view reveals a complex structure with potential abrupt directional changes and tight loops. \n- The side view shows a potentially erratic trajectory, which could indicate a merge error.\n- The top view also supports the presence of unusually complex branching patterns.\n\nIn the second set of images (Segment ID 864691135591041291):\n- The front view depicts a more linear structure with no obvious signs of merging.\n- The side view maintains a relatively straight path, suggesting a lack of aberrant angles.\n- The top view also reflects a consistent trajectory, further suggesting no evident merge errors.\n\nBased on the analysis, the first segment (864691135975756867) shows more characteristics consistent with a potential merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images show two separate neuronal segmentations. We need to determine if either shows merge errors possibly due to erroneous joining of axonal processes. \n\nIn the first set of images (Segment ID 864691135975756867):\n- The front view reveals a complex structure with potential abrupt directional changes and tight loops. \n- The side view shows a potentially erratic trajectory, which could indicate a merge error.\n- The top view also supports the presence of unusually complex branching patterns.\n\nIn the second set of images (Segment ID 864691135591041291):\n- The front view depicts a more linear structure with no obvious signs of merging.\n- The side view maintains a relatively straight path, suggesting a lack of aberrant angles.\n- The top view also reflects a consistent trajectory, further suggesting no evident merge errors.\n\nBased on the analysis, the first segment (864691135975756867) shows more characteristics consistent with a potential merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135975756867", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135975756867", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_22_1", + "timestamp":null, + "merge_coords":"544320_879375_885691", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n**Segment ID 864691135591041291:**\n\n- **Front View:** The structure appears to extend in a linear fashion, with some curves but no clear points where an axon seems to double back or form a sharp angle.\n- **Side View:** The axonal structure is thin and mostly linear, with no obvious signs of doubling back.\n- **Top View:** The linearity is maintained, with no noticeable ninety-degree turns or merging signs.\n\n**Segment ID 864691135975756867:**\n\n- **Front View:** The structure shows a branching pattern where an axon could potentially be doubling back, specifically on the right side of the image.\n- **Side View:** There appears to be a noticeable sharp turn that could indicate a merge error in the far right section.\n- **Top View:** The structure shows some irregularity, but there is a part on the right that seems to suggest the merging of two structures.\n\nBased on the observations, Segment ID 864691135975756867 shows signs of a potential merge error with unusual turning patterns likely indicative of two structures being improperly merged.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"**Segment ID 864691135591041291:**\n\n- **Front View:** The structure appears to extend in a linear fashion, with some curves but no clear points where an axon seems to double back or form a sharp angle.\n- **Side View:** The axonal structure is thin and mostly linear, with no obvious signs of doubling back.\n- **Top View:** The linearity is maintained, with no noticeable ninety-degree turns or merging signs.\n\n**Segment ID 864691135975756867:**\n\n- **Front View:** The structure shows a branching pattern where an axon could potentially be doubling back, specifically on the right side of the image.\n- **Side View:** There appears to be a noticeable sharp turn that could indicate a merge error in the far right section.\n- **Top View:** The structure shows some irregularity, but there is a part on the right that seems to suggest the merging of two structures.\n\nBased on the observations, Segment ID 864691135975756867 shows signs of a potential merge error with unusual turning patterns likely indicative of two structures being improperly merged.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135975756867", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135975756867", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_23_0", + "timestamp":null, + "merge_coords":"523839_881758_884021", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the analysis of the two segmentation options, we focus on identifying features indicative of axonal merge errors.\n\n**Segment ID 864691135359149912:**\n- **Front View:** The structure appears intricate, but no immediate signs of doubling back or abrupt angular joins are evident.\n- **Side View:** The axon looks elongated without clear aberrations that deviate from typical linearity.\n- **Top View:** Consistent with side view, displaying an extended linear segmentation without tightly bent angles.\n\n**Segment ID 864691135591041291:**\n- **Front View:** This view shows a branching structure, but critically, an apparent intersecting loop or angular join is visible, suggesting a potential merge error.\n- **Side View:** The image hints at a deviation where strands overlap or display a sudden sharp angle, consistent with characteristics of a merge error.\n- **Top View:** Similar to the side view, the structure indicates a potential crossing or angular deviation, supporting the hypothesis of a merge error.\n\nBased on these observations, Segment ID 864691135591041291 exhibits structural features consistent with an axonal merge error, particularly noticeable when observed from the front and side perspectives.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the analysis of the two segmentation options, we focus on identifying features indicative of axonal merge errors.\n\n**Segment ID 864691135359149912:**\n- **Front View:** The structure appears intricate, but no immediate signs of doubling back or abrupt angular joins are evident.\n- **Side View:** The axon looks elongated without clear aberrations that deviate from typical linearity.\n- **Top View:** Consistent with side view, displaying an extended linear segmentation without tightly bent angles.\n\n**Segment ID 864691135591041291:**\n- **Front View:** This view shows a branching structure, but critically, an apparent intersecting loop or angular join is visible, suggesting a potential merge error.\n- **Side View:** The image hints at a deviation where strands overlap or display a sudden sharp angle, consistent with characteristics of a merge error.\n- **Top View:** Similar to the side view, the structure indicates a potential crossing or angular deviation, supporting the hypothesis of a merge error.\n\nBased on these observations, Segment ID 864691135591041291 exhibits structural features consistent with an axonal merge error, particularly noticeable when observed from the front and side perspectives.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135359149912", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + } + ], + "root_id_requires_split":"864691135359149912", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_23_1", + "timestamp":null, + "merge_coords":"523839_881758_884021", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentations:\n\n1. **Segment ID 864691135591041291:**\n - Front view: The structure appears elongated with some branching, but no evident sharp angles or doubling back at the center.\n - Side view: The segment maintains a relatively consistent orientation without obvious structural anomalies.\n - Top view: The segment seems linear without unusual angles or branching overlaps at the center.\n\n2. **Segment ID 864691135359149912:**\n - Front view: The structure shows branching. A particular branch appears to loop or double back on itself, which could indicate an error.\n - Side view: There is a more apparent doubling back, suggesting the possibility of a merge error.\n - Top view: The angle and looping are noticeable, reinforcing the suspicion of a potential merge error.\n\nBased on these observations, Segment ID 864691135359149912 exhibits characteristics consistent with a merge error, specifically the looping back of an axon.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the 3D segmentations:\n\n1. **Segment ID 864691135591041291:**\n - Front view: The structure appears elongated with some branching, but no evident sharp angles or doubling back at the center.\n - Side view: The segment maintains a relatively consistent orientation without obvious structural anomalies.\n - Top view: The segment seems linear without unusual angles or branching overlaps at the center.\n\n2. **Segment ID 864691135359149912:**\n - Front view: The structure shows branching. A particular branch appears to loop or double back on itself, which could indicate an error.\n - Side view: There is a more apparent doubling back, suggesting the possibility of a merge error.\n - Top view: The angle and looping are noticeable, reinforcing the suspicion of a potential merge error.\n\nBased on these observations, Segment ID 864691135359149912 exhibits characteristics consistent with a merge error, specifically the looping back of an axon.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135359149912", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + } + ], + "root_id_requires_split":"864691135359149912", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_24_0", + "timestamp":null, + "merge_coords":"520731_881997_884312", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nTo identify any merge errors, I will examine the structure of the axons in the given segmentations, looking for signs such as doubling back or sharp angles, which could indicate an inappropriate merging of processes from different neurons.\n\nFor Segment ID 864691134813472181:\n1. **Front View**: The axon appears to extend in a generally upward direction with a complex structure, but there doesn\u2019t seem to be any obvious sign of doubling back or forming sharp angles.\n2. **Side View**: The axon remains fairly consistent and linear. There's no significant sign of sharp turns.\n3. **Top View**: The axon structure is relatively clear, with no visible sharp angles or loops.\n\nFor Segment ID 864691135591041291:\n1. **Front View**: The axon shows some complexity, with potential areas for concern where the branching occurs. These could potentially indicate merge errors due to the slight curving and folding.\n2. **Side View**: The axon exhibits a slight bend but without clear signs of a ninety-degree angle or doubling back. There might be a point of interest where branches converge.\n3. **Top View**: The structure appears mostly linear but does show a slight variation at the center.\n\nConsidering all views, Segment ID 864691135591041291 shows characteristics that might indicate a merge error, especially given the slight curving and the point of convergence observed in the views.\n\nTherefore, Segment ID 864691135591041291 is the most likely candidate for a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"To identify any merge errors, I will examine the structure of the axons in the given segmentations, looking for signs such as doubling back or sharp angles, which could indicate an inappropriate merging of processes from different neurons.\n\nFor Segment ID 864691134813472181:\n1. **Front View**: The axon appears to extend in a generally upward direction with a complex structure, but there doesn\u2019t seem to be any obvious sign of doubling back or forming sharp angles.\n2. **Side View**: The axon remains fairly consistent and linear. There's no significant sign of sharp turns.\n3. **Top View**: The axon structure is relatively clear, with no visible sharp angles or loops.\n\nFor Segment ID 864691135591041291:\n1. **Front View**: The axon shows some complexity, with potential areas for concern where the branching occurs. These could potentially indicate merge errors due to the slight curving and folding.\n2. **Side View**: The axon exhibits a slight bend but without clear signs of a ninety-degree angle or doubling back. There might be a point of interest where branches converge.\n3. **Top View**: The structure appears mostly linear but does show a slight variation at the center.\n\nConsidering all views, Segment ID 864691135591041291 shows characteristics that might indicate a merge error, especially given the slight curving and the point of convergence observed in the views.\n\nTherefore, Segment ID 864691135591041291 is the most likely candidate for a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134813472181", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134813472181", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_24_1", + "timestamp":null, + "merge_coords":"520731_881997_884312", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the segmentation images for merge errors, the following observations are made:\n\n1. **Segment 864691135591041291**:\n - **Front view**: The axon appears to be following a relatively straightforward path without abrupt changes or backtracking.\n - **Side view**: The axon appears as a linear path, with no signs of merging or doubling back on itself.\n - **Top view**: Consistent with the side view, the axon maintains a straight path and does not show any unusual angles or branches that would suggest a merge error.\n\n2. **Segment 864691134813472181**:\n - **Front view**: The axon seems to take an unusual path with branching, but it does not fold back or make unexpected angles indicative of a merge.\n - **Side view**: The segment has a straightforward path with no evident converging segments.\n - **Top view**: The view reinforces observations from the side view, as the axon trajectory flows naturally with slight branching but no signs of merging or anomalous structures.\n\nBoth segments appear to follow their respective paths without any signs of merge errors such as awkward branching, doubling back, or sharp angles. Therefore, neither segment shows evident merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the segmentation images for merge errors, the following observations are made:\n\n1. **Segment 864691135591041291**:\n - **Front view**: The axon appears to be following a relatively straightforward path without abrupt changes or backtracking.\n - **Side view**: The axon appears as a linear path, with no signs of merging or doubling back on itself.\n - **Top view**: Consistent with the side view, the axon maintains a straight path and does not show any unusual angles or branches that would suggest a merge error.\n\n2. **Segment 864691134813472181**:\n - **Front view**: The axon seems to take an unusual path with branching, but it does not fold back or make unexpected angles indicative of a merge.\n - **Side view**: The segment has a straightforward path with no evident converging segments.\n - **Top view**: The view reinforces observations from the side view, as the axon trajectory flows naturally with slight branching but no signs of merging or anomalous structures.\n\nBoth segments appear to follow their respective paths without any signs of merge errors such as awkward branching, doubling back, or sharp angles. Therefore, neither segment shows evident merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134813472181", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134813472181", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_25_0", + "timestamp":null, + "merge_coords":"519214_881433_884243", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the images provided:\n\n1. **Segment ID 864691136329177066:**\n - **Front View:** The structure appears winding but does not show clear evidence of unnatural doubling back or sharp angles.\n - **Side and Top Views:** The structure maintains a more or less linear appearance without abrupt changes in direction typical of merge errors.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** The structure shows a complex path with visible branching, but nothing overtly suggests a merge error.\n - **Side View:** There is some curvature, but it appears smooth rather than showing the typical signs of a merge error like sharp angles.\n - **Top View:** The structure follows a somewhat erratic path, yet does not clearly exhibit characteristics of a merge error.\n\nIn both segments, there are no prominent signs such as sharp ninety-degree angles or significant doubling back of axons, which are typical indicators of merge errors. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the images provided:\n\n1. **Segment ID 864691136329177066:**\n - **Front View:** The structure appears winding but does not show clear evidence of unnatural doubling back or sharp angles.\n - **Side and Top Views:** The structure maintains a more or less linear appearance without abrupt changes in direction typical of merge errors.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** The structure shows a complex path with visible branching, but nothing overtly suggests a merge error.\n - **Side View:** There is some curvature, but it appears smooth rather than showing the typical signs of a merge error like sharp angles.\n - **Top View:** The structure follows a somewhat erratic path, yet does not clearly exhibit characteristics of a merge error.\n\nIn both segments, there are no prominent signs such as sharp ninety-degree angles or significant doubling back of axons, which are typical indicators of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136329177066", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + } + ], + "root_id_requires_split":"864691136329177066", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_25_1", + "timestamp":null, + "merge_coords":"519214_881433_884243", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided images, I looked for evidence of merge errors by analyzing the segmentation for any unnatural structures such as axons doubling back onto themselves or forming sharp angles, which might indicate the merging of processes from different neurons.\n\n**Segment ID 864691135591041291:**\n- **Front View:** Displays a somewhat complex structure, but no obvious errors such as doubling back or sharp right-angle branches.\n- **Side View:** Appears as a continuous line with no evidence of sharp bends suggesting a merger.\n- **Top View:** Similarly shows a continuous path without deviations typical of merge errors.\n\n**Segment ID 864691136329177066:**\n- **Front View:** Shows a more complex branching structure. There is some curvature, but no apparent merging back onto itself or forming undue sharp angles.\n- **Side View:** Indicates a split, but no sections bending back in an abnormal way.\n- **Top View:** Displays a smooth course with natural deviations.\n\nIn neither segment is there clear evidence of the characteristics typically associated with merge errors such as unnatural axial doubling back or sharp merging angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images, I looked for evidence of merge errors by analyzing the segmentation for any unnatural structures such as axons doubling back onto themselves or forming sharp angles, which might indicate the merging of processes from different neurons.\n\n**Segment ID 864691135591041291:**\n- **Front View:** Displays a somewhat complex structure, but no obvious errors such as doubling back or sharp right-angle branches.\n- **Side View:** Appears as a continuous line with no evidence of sharp bends suggesting a merger.\n- **Top View:** Similarly shows a continuous path without deviations typical of merge errors.\n\n**Segment ID 864691136329177066:**\n- **Front View:** Shows a more complex branching structure. There is some curvature, but no apparent merging back onto itself or forming undue sharp angles.\n- **Side View:** Indicates a split, but no sections bending back in an abnormal way.\n- **Top View:** Displays a smooth course with natural deviations.\n\nIn neither segment is there clear evidence of the characteristics typically associated with merge errors such as unnatural axial doubling back or sharp merging angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136329177066", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + } + ], + "root_id_requires_split":"864691136329177066", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_26_0", + "timestamp":null, + "merge_coords":"481183_769629_992071", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the provided segmentations:\n\nSegment ID 864691136005032138:\n- Displays extensive branching typical of axonal structures.\n- The branching appears to radiate outward naturally without abrupt angles or unusual folding back on itself.\n- The images from front, side, and top do not demonstrate clear merge errors, such as a ninety-degree angle or an axon doubling back.\n\nSegment ID 864691135591041291:\n- Presents a single thin axon-like structure with minimal branching.\n- The structure appears linear and consistent, not showing any abrupt angles, sharp turns, or evidence of merging with another axon.\n- The contour and continuity in the front, side, and top views do not indicate any merge errors.\n\nNeither segment displays the distinct characteristics of merge errors, such as severe angle changes or doubling back on themselves in a potentially unnatural way.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the provided segmentations:\n\nSegment ID 864691136005032138:\n- Displays extensive branching typical of axonal structures.\n- The branching appears to radiate outward naturally without abrupt angles or unusual folding back on itself.\n- The images from front, side, and top do not demonstrate clear merge errors, such as a ninety-degree angle or an axon doubling back.\n\nSegment ID 864691135591041291:\n- Presents a single thin axon-like structure with minimal branching.\n- The structure appears linear and consistent, not showing any abrupt angles, sharp turns, or evidence of merging with another axon.\n- The contour and continuity in the front, side, and top views do not indicate any merge errors.\n\nNeither segment displays the distinct characteristics of merge errors, such as severe angle changes or doubling back on themselves in a potentially unnatural way.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136005032138", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + } + ], + "root_id_requires_split":"864691136005032138", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_26_1", + "timestamp":null, + "merge_coords":"481183_769629_992071", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we are examining two segmentations for potential axonal merge errors. Merge errors are often visible when there are structural abnormalities, such as axons doubling back or forming unusual angles.\n\n**Segment ID 864691135591041291:**\n- This segment displays a relatively straight path, with minor undulations. From the front, side, and top views, there are no significant structural deviations indicating a merge error, such as sharp angles or unusual branching.\n\n**Segment ID 864691136005032138:**\n- This segment appears more complex, with a dense network of branches. The structure is intricate and includes various branching points. However, upon examining the front, side, and top views, there are no clear signs of merging errors. The branches extend in a way that appears consistent with typical neuronal morphology, without doubling back or sharp, unnatural angles.\n\nConsidering these observations, neither of the segmentations shows evident signs of a merge error based on the criteria provided. Both segments appear to maintain a natural course, typical of neuronal structures without apparent aberrations suggestive of merging with another neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we are examining two segmentations for potential axonal merge errors. Merge errors are often visible when there are structural abnormalities, such as axons doubling back or forming unusual angles.\n\n**Segment ID 864691135591041291:**\n- This segment displays a relatively straight path, with minor undulations. From the front, side, and top views, there are no significant structural deviations indicating a merge error, such as sharp angles or unusual branching.\n\n**Segment ID 864691136005032138:**\n- This segment appears more complex, with a dense network of branches. The structure is intricate and includes various branching points. However, upon examining the front, side, and top views, there are no clear signs of merging errors. The branches extend in a way that appears consistent with typical neuronal morphology, without doubling back or sharp, unnatural angles.\n\nConsidering these observations, neither of the segmentations shows evident signs of a merge error based on the criteria provided. Both segments appear to maintain a natural course, typical of neuronal structures without apparent aberrations suggestive of merging with another neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136005032138", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + } + ], + "root_id_requires_split":"864691136005032138", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_27_0", + "timestamp":null, + "merge_coords":"480679_768652_992670", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the two sets of segmented neuronal data from three different perspectives (front, side, top), the goal is to identify any segments with apparent axonal merge errors characterized typically by the axon doubling back or forming a sharp angle.\n\n1. Segment ID 864691136134674827:\n - The structure is relatively complex, with multiple branches visible in different directions across all views.\n - There appears to be no clear evidence of a merge error such as doubling back or unnatural angles in the core region of the 3D crop.\n\n2. Segment ID 864691135591041291:\n - This structure appears as a long, mostly linear segment across all views.\n - The axon does not show signs of doubling back or sharp angles that would suggest a merge error.\n\nAfter analyzing both segments for any signs of merge errors, neither exhibit definitive characteristics (e.g., doubling back, sharp connection angles) indicative of an axonal merge error in the central area of the volume.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the two sets of segmented neuronal data from three different perspectives (front, side, top), the goal is to identify any segments with apparent axonal merge errors characterized typically by the axon doubling back or forming a sharp angle.\n\n1. Segment ID 864691136134674827:\n - The structure is relatively complex, with multiple branches visible in different directions across all views.\n - There appears to be no clear evidence of a merge error such as doubling back or unnatural angles in the core region of the 3D crop.\n\n2. Segment ID 864691135591041291:\n - This structure appears as a long, mostly linear segment across all views.\n - The axon does not show signs of doubling back or sharp angles that would suggest a merge error.\n\nAfter analyzing both segments for any signs of merge errors, neither exhibit definitive characteristics (e.g., doubling back, sharp connection angles) indicative of an axonal merge error in the central area of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136134674827", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + } + ], + "root_id_requires_split":"864691136134674827", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_27_1", + "timestamp":null, + "merge_coords":"480679_768652_992670", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691135591041291:\n\n - **Front View:** The structure appears thin with a relatively consistent path. There are no clear signs of it doubling back or forming unnatural angles.\n - **Side View:** The axon maintains a smooth trajectory with natural undulations.\n - **Top View:** The trajectory remains mostly smooth, with no evidence of unnatural turns or complex branching.\n\n2. Segment ID 864691136134674827:\n\n - **Front View:** There are multiple branch points, and the structure appears more complex and varied.\n - **Side View:** The trajectories of branches sometimes meet at sharp angles or merge at unusual points, potentially indicating different segments being improperly joined.\n - **Top View:** There is evidence of branches intersecting at unnatural angles, which could suggest a merge error.\n\nGiven these observations, Segment ID 864691136134674827 displays characteristics often associated with merge errors, such as unnatural branching points and possible doubling back, particularly visible in the side and top views.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. Segment ID 864691135591041291:\n\n - **Front View:** The structure appears thin with a relatively consistent path. There are no clear signs of it doubling back or forming unnatural angles.\n - **Side View:** The axon maintains a smooth trajectory with natural undulations.\n - **Top View:** The trajectory remains mostly smooth, with no evidence of unnatural turns or complex branching.\n\n2. Segment ID 864691136134674827:\n\n - **Front View:** There are multiple branch points, and the structure appears more complex and varied.\n - **Side View:** The trajectories of branches sometimes meet at sharp angles or merge at unusual points, potentially indicating different segments being improperly joined.\n - **Top View:** There is evidence of branches intersecting at unnatural angles, which could suggest a merge error.\n\nGiven these observations, Segment ID 864691136134674827 displays characteristics often associated with merge errors, such as unnatural branching points and possible doubling back, particularly visible in the side and top views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136134674827", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + } + ], + "root_id_requires_split":"864691136134674827", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_28_0", + "timestamp":null, + "merge_coords":"1240549_664703_763305", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images of the two segments:\n\n1. **Segment ID 864691135011338841**:\n - In the front view, the segment appears to have a complex morphology with potential branching, but without evident signs of a significant merge error such as abrupt right angles or doubling back.\n - The side and top views show continuity in the structure with no abrupt direction changes that would indicate a merge error.\n\n2. **Segment ID 864691135591041291**:\n - In the front view, the segment is comparatively more linear and regular without obvious branching.\n - The side and top views indicate a smooth, single trajectory without abrupt bends or loops.\n\nConsidering these analyses, neither segment exhibits the classic characteristics of a merge error, such as dramatic 90-degree angles or an axonal structure doubling back on itself.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images of the two segments:\n\n1. **Segment ID 864691135011338841**:\n - In the front view, the segment appears to have a complex morphology with potential branching, but without evident signs of a significant merge error such as abrupt right angles or doubling back.\n - The side and top views show continuity in the structure with no abrupt direction changes that would indicate a merge error.\n\n2. **Segment ID 864691135591041291**:\n - In the front view, the segment is comparatively more linear and regular without obvious branching.\n - The side and top views indicate a smooth, single trajectory without abrupt bends or loops.\n\nConsidering these analyses, neither segment exhibits the classic characteristics of a merge error, such as dramatic 90-degree angles or an axonal structure doubling back on itself.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135011338841", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + } + ], + "root_id_requires_split":"864691135011338841", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_28_1", + "timestamp":null, + "merge_coords":"1240549_664703_763305", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images (Segment ID 864691135591041291) does not show any clear signs of a merge error. The structure appears to be a single continuous axonal segment without any extreme angles or doubling back that would indicate a merge.\n\nThe second set of images (Segment ID 864691135011338841) shows signs of potential merge errors. From the different perspectives, there are multiple branches with unusual angles, including branches forming approximately ninety-degree angles. These characteristics could suggest a merge error where processes from different neurons were incorrectly grouped together. \n\nGiven these observations, the second segment is more likely to have a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The first set of images (Segment ID 864691135591041291) does not show any clear signs of a merge error. The structure appears to be a single continuous axonal segment without any extreme angles or doubling back that would indicate a merge.\n\nThe second set of images (Segment ID 864691135011338841) shows signs of potential merge errors. From the different perspectives, there are multiple branches with unusual angles, including branches forming approximately ninety-degree angles. These characteristics could suggest a merge error where processes from different neurons were incorrectly grouped together. \n\nGiven these observations, the second segment is more likely to have a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135011338841", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + } + ], + "root_id_requires_split":"864691135011338841", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_29_0", + "timestamp":null, + "merge_coords":"1258376_554155_760175", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691136740691292:\n - Front View: Appears to have a branch that extends and then curves back, which could indicate a potential merge error.\n - Side View: Shows a complex branching pattern, but no obvious signs of abrupt ninety-degree turns.\n - Top View: The structure appears as a wandering path, but lacks definitive evidence of merging like a pronounced turn or doubling back.\n\n2. Segment ID 864691135591041291:\n - Front View: Displays a continuous and relatively smooth trajectory.\n - Side View: The paths look linear with no sharp angles or backward curves.\n - Top View: No evidence of the axon doubling back or joining abruptly at ninety-degree angles.\n\nThe Segment ID 864691136740691292 shows signs that are suggestive of a merge error, such as potential doubling back in the front view, despite the lack of sharp ninety-degree angles in the other views.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"1. Segment ID 864691136740691292:\n - Front View: Appears to have a branch that extends and then curves back, which could indicate a potential merge error.\n - Side View: Shows a complex branching pattern, but no obvious signs of abrupt ninety-degree turns.\n - Top View: The structure appears as a wandering path, but lacks definitive evidence of merging like a pronounced turn or doubling back.\n\n2. Segment ID 864691135591041291:\n - Front View: Displays a continuous and relatively smooth trajectory.\n - Side View: The paths look linear with no sharp angles or backward curves.\n - Top View: No evidence of the axon doubling back or joining abruptly at ninety-degree angles.\n\nThe Segment ID 864691136740691292 shows signs that are suggestive of a merge error, such as potential doubling back in the front view, despite the lack of sharp ninety-degree angles in the other views.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136740691292", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + } + ], + "root_id_requires_split":"864691136740691292", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_29_1", + "timestamp":null, + "merge_coords":"1258376_554155_760175", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the images of the two segments:\n\n**Segment ID 864691135591041291:**\n\n- **Front View:** The segment has a linear trajectory with slight undulations. It does not show any abrupt changes in direction or additional branches that could indicate a merge error.\n- **Side View:** The structure appears consistent and follows a relatively smooth path without any sharp angles or intersections typical of merge errors.\n- **Top View:** There is continuous trajectory with only minor bends, suggesting this segment does not exhibit characteristics of a merge error.\n\n**Segment ID 864691136740691292:**\n\n- **Front View:** Displays two distinct branches with one branch doubling back upon itself, which can be indicative of a merge error.\n- **Side View:** The structure shows significant deviation with sharp bends, one branch appearing to make a near right-angle turn.\n- **Top View:** Confirms the presence of branching with overlaps viewed in earlier perspectives, consistent with potential merge errors.\n\nThe second segment (ID 864691136740691292) illustrates features such as doubling back and branching at sharp angles, more closely associated with merge errors than the first segment.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the images of the two segments:\n\n**Segment ID 864691135591041291:**\n\n- **Front View:** The segment has a linear trajectory with slight undulations. It does not show any abrupt changes in direction or additional branches that could indicate a merge error.\n- **Side View:** The structure appears consistent and follows a relatively smooth path without any sharp angles or intersections typical of merge errors.\n- **Top View:** There is continuous trajectory with only minor bends, suggesting this segment does not exhibit characteristics of a merge error.\n\n**Segment ID 864691136740691292:**\n\n- **Front View:** Displays two distinct branches with one branch doubling back upon itself, which can be indicative of a merge error.\n- **Side View:** The structure shows significant deviation with sharp bends, one branch appearing to make a near right-angle turn.\n- **Top View:** Confirms the presence of branching with overlaps viewed in earlier perspectives, consistent with potential merge errors.\n\nThe second segment (ID 864691136740691292) illustrates features such as doubling back and branching at sharp angles, more closely associated with merge errors than the first segment.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136740691292", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + } + ], + "root_id_requires_split":"864691136740691292", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_30_0", + "timestamp":null, + "merge_coords":"767616_538219_1029353", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentations, we're looking for features characteristic of merge errors, such as unnatural structuring of axons. These include axons doubling back or forming sharp angles. \n\n1. **Segment ID 864691135566165835:**\n - **Front View:** Shows a distinct branching of the segment. The branches extend without overlapping each other, and there is no visible doubling back or unnatural angles near the center.\n - **Side View:** The branches appear to be non-overlapping and have smooth trajectories.\n - **Top View:** The shape and branching pattern remain consistent, with no sign of doubling back or sharp angles.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** Displays a continuous segment extending from top to bottom. There are no visible branches doubling back or sharp directional changes.\n - **Side View:** A single line extends without deviation, maintaining a natural trajectory.\n - **Top View:** The segment appears as a consistent line, without branching that indicates potential merge errors.\n\nBoth segments appear to be continuous and smooth with natural branching patterns, showing no evident merge errors such as doubling back or right angles.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentations, we're looking for features characteristic of merge errors, such as unnatural structuring of axons. These include axons doubling back or forming sharp angles. \n\n1. **Segment ID 864691135566165835:**\n - **Front View:** Shows a distinct branching of the segment. The branches extend without overlapping each other, and there is no visible doubling back or unnatural angles near the center.\n - **Side View:** The branches appear to be non-overlapping and have smooth trajectories.\n - **Top View:** The shape and branching pattern remain consistent, with no sign of doubling back or sharp angles.\n\n2. **Segment ID 864691135591041291:**\n - **Front View:** Displays a continuous segment extending from top to bottom. There are no visible branches doubling back or sharp directional changes.\n - **Side View:** A single line extends without deviation, maintaining a natural trajectory.\n - **Top View:** The segment appears as a consistent line, without branching that indicates potential merge errors.\n\nBoth segments appear to be continuous and smooth with natural branching patterns, showing no evident merge errors such as doubling back or right angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135566165835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + } + ], + "root_id_requires_split":"864691135566165835", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_30_1", + "timestamp":null, + "merge_coords":"767616_538219_1029353", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, there are two sets of segmentation views to analyze for potential merge errors.\n\n1. **Segment 864691135591041291**:\n - The first set of images shows a single elongated neuron segment. The axonal structure appears continuous and doesn't show evidence of abrupt changes in direction, such as doubling back or forming unnatural right angles. The branches seem to follow a natural path.\n\n2. **Segment 864691135566165835**:\n - The second set of images displays a more complex branching structure, including junctions that create a perpendicular shape. This characteristic is more suggestive of a merge error, where different neuronal processes have been incorrectly grouped. The notable perpendicular junction near the center, branching off which looks like a 90-degree angle, is consistent with typical merge errors.\n\nBased on the characteristics observed, segment 864691135566165835 shows a strong indication of a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, there are two sets of segmentation views to analyze for potential merge errors.\n\n1. **Segment 864691135591041291**:\n - The first set of images shows a single elongated neuron segment. The axonal structure appears continuous and doesn't show evidence of abrupt changes in direction, such as doubling back or forming unnatural right angles. The branches seem to follow a natural path.\n\n2. **Segment 864691135566165835**:\n - The second set of images displays a more complex branching structure, including junctions that create a perpendicular shape. This characteristic is more suggestive of a merge error, where different neuronal processes have been incorrectly grouped. The notable perpendicular junction near the center, branching off which looks like a 90-degree angle, is consistent with typical merge errors.\n\nBased on the characteristics observed, segment 864691135566165835 shows a strong indication of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135566165835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + } + ], + "root_id_requires_split":"864691135566165835", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_31_0", + "timestamp":null, + "merge_coords":"659979_662659_1024137", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the images for signs of merge errors, we observe the following:\n\n1. In the first set of images (Segment ID 864691135345487519), there are multiple intertwining structures visible in the front, side, and top perspectives. The complexity of connectivity raises potential concerns for merge errors. Specifically, in the front view, there are branches that seem to curve back or form intricate loops, which can be indicative of a merge error where axons from different neurons are incorrectly grouped.\n\n2. In the second set of images (Segment ID 864691135591041291), the structures are more linear and distinct from one another. The branches seem to extend mostly in a single direction without forming complicated loops or abrupt changes in direction that might suggest a merge error.\n\nBased on these observations, the first set of images has characteristics that align with potential merge errors, such as looping or unexpected branching patterns typical of erroneously merged axons.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Analyzing the images for signs of merge errors, we observe the following:\n\n1. In the first set of images (Segment ID 864691135345487519), there are multiple intertwining structures visible in the front, side, and top perspectives. The complexity of connectivity raises potential concerns for merge errors. Specifically, in the front view, there are branches that seem to curve back or form intricate loops, which can be indicative of a merge error where axons from different neurons are incorrectly grouped.\n\n2. In the second set of images (Segment ID 864691135591041291), the structures are more linear and distinct from one another. The branches seem to extend mostly in a single direction without forming complicated loops or abrupt changes in direction that might suggest a merge error.\n\nBased on these observations, the first set of images has characteristics that align with potential merge errors, such as looping or unexpected branching patterns typical of erroneously merged axons.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135345487519", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + } + ], + "root_id_requires_split":"864691135345487519", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_31_1", + "timestamp":null, + "merge_coords":"659979_662659_1024137", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, I will analyze each segment for potential merge errors, focusing on the common signs of axonal merges, such as abnormal branching or unexpected directional changes.\n\n1. **Segment ID 864691135591041291**\n - Front, side, and top views show a single continuous line with no evidence of abnormal branching, looping back, or sharp angles that would suggest merging with another neuron. The axonal path appears linear and uninterrupted.\n\n2. **Segment ID 864691135345487519**\n - Front, side, and top views reveal a complex, dense network of intertwining branches. The multiple crossings and potentially sharp angles could indicate a merge error, especially towards the center where the density of branches increases. The complexity and distribution of this structure more likely represent a merged segment from different neurons.\n\nConsidering the density and overlapping branches observed in the second segment, it is indicative of a possible axonal merge error compared to the clean, continuous structure seen in the first segment.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, I will analyze each segment for potential merge errors, focusing on the common signs of axonal merges, such as abnormal branching or unexpected directional changes.\n\n1. **Segment ID 864691135591041291**\n - Front, side, and top views show a single continuous line with no evidence of abnormal branching, looping back, or sharp angles that would suggest merging with another neuron. The axonal path appears linear and uninterrupted.\n\n2. **Segment ID 864691135345487519**\n - Front, side, and top views reveal a complex, dense network of intertwining branches. The multiple crossings and potentially sharp angles could indicate a merge error, especially towards the center where the density of branches increases. The complexity and distribution of this structure more likely represent a merged segment from different neurons.\n\nConsidering the density and overlapping branches observed in the second segment, it is indicative of a possible axonal merge error compared to the clean, continuous structure seen in the first segment.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135345487519", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + } + ], + "root_id_requires_split":"864691135345487519", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_32_0", + "timestamp":null, + "merge_coords":"774102_532434_1031205", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the two sets of images for potential merge errors:\n\n1. **Segment ID 864691136681404790**\n - The front view shows a complex structure with possible looping or branching.\n - The side view appears linear but could still contain an atypical turn or error.\n - The top view also suggests a meandering or branching pattern, possibly indicative of a merge error if the branches exhibit angles or atypical shapes.\n\n2. **Segment ID 864691135591041291**\n - Displays a more linear and less complex structure across all views.\n - No apparent signs of the segment doubling back or forming abrupt angles.\n\nConsidering the descriptions of merge errors, Segment ID 864691136681404790 seems to exhibit characteristics such as branching and potential looping that could suggest a merge error, making it a stronger candidate than the more linear and uniform Segment ID 864691135591041291.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Examining the two sets of images for potential merge errors:\n\n1. **Segment ID 864691136681404790**\n - The front view shows a complex structure with possible looping or branching.\n - The side view appears linear but could still contain an atypical turn or error.\n - The top view also suggests a meandering or branching pattern, possibly indicative of a merge error if the branches exhibit angles or atypical shapes.\n\n2. **Segment ID 864691135591041291**\n - Displays a more linear and less complex structure across all views.\n - No apparent signs of the segment doubling back or forming abrupt angles.\n\nConsidering the descriptions of merge errors, Segment ID 864691136681404790 seems to exhibit characteristics such as branching and potential looping that could suggest a merge error, making it a stronger candidate than the more linear and uniform Segment ID 864691135591041291.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136681404790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + } + ], + "root_id_requires_split":"864691136681404790", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_32_1", + "timestamp":null, + "merge_coords":"774102_532434_1031205", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images presented, we are examining two segments to determine if there is an axonal merge error.\n\nSegment ID 864691135591041291:\n- Front view: Shows a relatively straight, elongated structure without evident doubling back or unnatural bends.\n- Side view: Also maintains a straight path, consistent with a single neurite.\n- Top view: Further supports a consistent path without any abrupt angles or unusual branching.\n\nSegment ID 864691136681404790:\n- Front view: Exhibits complex branching and appears to have several points where processes might intersect or loop back, which can indicate a merge error.\n- Side view: Shows multiple lines that potentially cross or converge, suggesting possible merging.\n- Top view: Similar complexity with crossing paths, strengthening the possibility of merged neurons.\n\nBased on the image analysis, Segment ID 864691136681404790 seems to have characteristics of a merge error, such as doubling back and branching intersections.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images presented, we are examining two segments to determine if there is an axonal merge error.\n\nSegment ID 864691135591041291:\n- Front view: Shows a relatively straight, elongated structure without evident doubling back or unnatural bends.\n- Side view: Also maintains a straight path, consistent with a single neurite.\n- Top view: Further supports a consistent path without any abrupt angles or unusual branching.\n\nSegment ID 864691136681404790:\n- Front view: Exhibits complex branching and appears to have several points where processes might intersect or loop back, which can indicate a merge error.\n- Side view: Shows multiple lines that potentially cross or converge, suggesting possible merging.\n- Top view: Similar complexity with crossing paths, strengthening the possibility of merged neurons.\n\nBased on the image analysis, Segment ID 864691136681404790 seems to have characteristics of a merge error, such as doubling back and branching intersections.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136681404790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + } + ], + "root_id_requires_split":"864691136681404790", + "root_id_does_not_require_split":"864691135591041291" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_33_0", + "timestamp":null, + "merge_coords":"715695_755749_877306", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nTo determine if there are merge errors in the given neuronal segmentations, I'll examine the structural characteristics highlighted in each view:\n\n**Segment ID 864691136273192382:**\n- **Front View:** The axon exhibits a branching pattern without evident doubling back or sharp angles near the central region.\n- **Side View:** The axon appears continuous, with no abrupt turns suggesting a merge.\n- **Top View:** The structure remains consistent, with no anomalies indicating a merge error.\n\n**Segment ID 864691135270780837:**\n- **Front View:** The axon branches naturally, with some turns, but none that indicate a merging of distinct neurons.\n- **Side View:** The axon displays a fairly direct path with no angles or returns typically seen in merge errors.\n- **Top View:** The movements are smooth with expected branching patterns, and there's an absence of odd structures.\n\nIn both segmentations, I do not observe any significant aberrations such as the axon doubling back after branching or forming a sharp right-angle junction inappropriately connecting with another neuron. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To determine if there are merge errors in the given neuronal segmentations, I'll examine the structural characteristics highlighted in each view:\n\n**Segment ID 864691136273192382:**\n- **Front View:** The axon exhibits a branching pattern without evident doubling back or sharp angles near the central region.\n- **Side View:** The axon appears continuous, with no abrupt turns suggesting a merge.\n- **Top View:** The structure remains consistent, with no anomalies indicating a merge error.\n\n**Segment ID 864691135270780837:**\n- **Front View:** The axon branches naturally, with some turns, but none that indicate a merging of distinct neurons.\n- **Side View:** The axon displays a fairly direct path with no angles or returns typically seen in merge errors.\n- **Top View:** The movements are smooth with expected branching patterns, and there's an absence of odd structures.\n\nIn both segmentations, I do not observe any significant aberrations such as the axon doubling back after branching or forming a sharp right-angle junction inappropriately connecting with another neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136273192382", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + } + ], + "root_id_requires_split":"864691136273192382", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_33_1", + "timestamp":null, + "merge_coords":"715695_755749_877306", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the two sets of images:\n\n1. **First Segment (Segment ID 864691135270780837)**:\n - Front view: Shows a long, continuous axon without visible abrupt changes in direction.\n - Side view: The axon appears relatively smooth without sharp angles.\n - Top view: The structure looks linear and consistent without any obvious branching or angles.\n\n2. **Second Segment (Segment ID 864691136273192382)**:\n - Front view: A noticeable branching point with a potential abrupt directional change.\n - Side view: Shows evidence of unusual angular direction indicating an abrupt bend.\n - Top view: Displays branching that raises the possibility of a merge, as well as a sharp angle from the branching point.\n\nGiven the description for a possible merge error, the second segment demonstrates characteristics consistent with a merge error, such as an angular structure and potential branching overlap.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Examining the two sets of images:\n\n1. **First Segment (Segment ID 864691135270780837)**:\n - Front view: Shows a long, continuous axon without visible abrupt changes in direction.\n - Side view: The axon appears relatively smooth without sharp angles.\n - Top view: The structure looks linear and consistent without any obvious branching or angles.\n\n2. **Second Segment (Segment ID 864691136273192382)**:\n - Front view: A noticeable branching point with a potential abrupt directional change.\n - Side view: Shows evidence of unusual angular direction indicating an abrupt bend.\n - Top view: Displays branching that raises the possibility of a merge, as well as a sharp angle from the branching point.\n\nGiven the description for a possible merge error, the second segment demonstrates characteristics consistent with a merge error, such as an angular structure and potential branching overlap.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136273192382", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + } + ], + "root_id_requires_split":"864691136273192382", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_34_0", + "timestamp":null, + "merge_coords":"669490_532402_942028", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe analysis involves examining the provided neuronal segmentations for signs of merge errors, particularly focusing on the morphology and configurations of the axonal processes, such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691136237025551:**\n - **Front View:** The axonal paths appear to spread out without noticeable irregularities, such as sharp angle formations.\n - **Side View:** No evident segments doubling back upon themselves.\n - **Top View:** The branching seems consistent with normal neuronal structure; no sharp, unnatural turns.\n\n2. **Segment ID 864691135270780837:**\n - **Front View:** The axonal branches are more concentrated around a central area, but the radial spread doesn't exhibit clear signs of merging errors like right-angle turns.\n - **Side View:** Branching is more complex, yet still largely consistent with normal neuronal spread without indications of merging errors.\n - **Top View:** The branches exhibit a consistent directionality without unusual formations suggestive of a merge error.\n\nBoth segments appear to have consistent axonal structures typical of individual neurons. There are no obvious indications of merge errors in the provided images.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The analysis involves examining the provided neuronal segmentations for signs of merge errors, particularly focusing on the morphology and configurations of the axonal processes, such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691136237025551:**\n - **Front View:** The axonal paths appear to spread out without noticeable irregularities, such as sharp angle formations.\n - **Side View:** No evident segments doubling back upon themselves.\n - **Top View:** The branching seems consistent with normal neuronal structure; no sharp, unnatural turns.\n\n2. **Segment ID 864691135270780837:**\n - **Front View:** The axonal branches are more concentrated around a central area, but the radial spread doesn't exhibit clear signs of merging errors like right-angle turns.\n - **Side View:** Branching is more complex, yet still largely consistent with normal neuronal spread without indications of merging errors.\n - **Top View:** The branches exhibit a consistent directionality without unusual formations suggestive of a merge error.\n\nBoth segments appear to have consistent axonal structures typical of individual neurons. There are no obvious indications of merge errors in the provided images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136237025551", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + } + ], + "root_id_requires_split":"864691136237025551", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_34_1", + "timestamp":null, + "merge_coords":"669490_532402_942028", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the examination of the two segmented neurons from the images:\n\n1. **Segment ID 864691135270780837**:\n\n - The images show a highly branched, complex topology. \n - There are several branches that spread out without abrupt angles or unusual backtracking that might suggest a merge error.\n - The structure appears consistent across the front, side, and top views, with no evident anatomical anomalies like sharp turns or doubling back.\n\n2. **Segment ID 864691136237025551**:\n\n - The topology is less complex compared to the first neuron.\n - However, there is an area in the center that appears to backtrack, suggesting potential merging with another axon.\n - This particular section has a noticeable irregular trajectory that looks like an aberrant axonal merge, causing a ninety-degree angle, which is characteristic of merge errors.\n\nBased on the characteristic signs of merge errors, Segment ID 864691136237025551 demonstrates features that may indicate inappropriate merging of axonal processes.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the examination of the two segmented neurons from the images:\n\n1. **Segment ID 864691135270780837**:\n\n - The images show a highly branched, complex topology. \n - There are several branches that spread out without abrupt angles or unusual backtracking that might suggest a merge error.\n - The structure appears consistent across the front, side, and top views, with no evident anatomical anomalies like sharp turns or doubling back.\n\n2. **Segment ID 864691136237025551**:\n\n - The topology is less complex compared to the first neuron.\n - However, there is an area in the center that appears to backtrack, suggesting potential merging with another axon.\n - This particular section has a noticeable irregular trajectory that looks like an aberrant axonal merge, causing a ninety-degree angle, which is characteristic of merge errors.\n\nBased on the characteristic signs of merge errors, Segment ID 864691136237025551 demonstrates features that may indicate inappropriate merging of axonal processes.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136237025551", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + } + ], + "root_id_requires_split":"864691136237025551", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_35_0", + "timestamp":null, + "merge_coords":"764358_511812_1024296", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the images of the segmented neuronal data, we should focus on identifying any aberrant axonal structures that could indicate merge errors, such as structures that double back or form sharp angles.\n\n**Segment ID 864691135013937398:**\n- **Front view:** The axon appears to have some twisting and turns, but no clear sign of doubling back or forming right angles.\n- **Side view:** The structure maintains a relatively smooth and continuous pathway.\n- **Top view:** The axon seems to follow a coherent path without unusual branching or sharp angles.\n\n**Segment ID 864691135270780837:**\n- **Front view:** Similar twisting is present, but again, no clear doubling back or abrupt angles indicative of a merge.\n- **Side view:** The axon continues in a consistent trajectory, without any apparent sharp turns or doubling.\n- **Top view:** The path is coherent and does not display evidence of atypical branching or sharp angles.\n\nBoth segments show complex neural structures with some natural curvature and twists, which are typical in neuronal morphologies. However, there are no definitive signs that point towards a clear merge error in either of the two segments.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the images of the segmented neuronal data, we should focus on identifying any aberrant axonal structures that could indicate merge errors, such as structures that double back or form sharp angles.\n\n**Segment ID 864691135013937398:**\n- **Front view:** The axon appears to have some twisting and turns, but no clear sign of doubling back or forming right angles.\n- **Side view:** The structure maintains a relatively smooth and continuous pathway.\n- **Top view:** The axon seems to follow a coherent path without unusual branching or sharp angles.\n\n**Segment ID 864691135270780837:**\n- **Front view:** Similar twisting is present, but again, no clear doubling back or abrupt angles indicative of a merge.\n- **Side view:** The axon continues in a consistent trajectory, without any apparent sharp turns or doubling.\n- **Top view:** The path is coherent and does not display evidence of atypical branching or sharp angles.\n\nBoth segments show complex neural structures with some natural curvature and twists, which are typical in neuronal morphologies. However, there are no definitive signs that point towards a clear merge error in either of the two segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135013937398", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135013937398", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_35_1", + "timestamp":null, + "merge_coords":"764358_511812_1024296", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn Segments 1 and 2, we are evaluating possible merge errors in the neuronal structures.\n\n**Segment 1 Analysis:**\n- **Front View:** Exhibits a clear branching structure, but upon examination, there don\u2019t appear to be any evident inconsistencies like loopbacks or sharp corners.\n- **Side View:** The axonal path looks smooth without any sharp directional changes.\n- **Top View:** This perspective shows no indication of axonal doubling back or unnatural angles.\n\n**Segment 2 Analysis:**\n- **Front View:** Similar branching structure is seen, but there is a potential indicator of error where an axon appears to change direction abruptly.\n- **Side View:** Displays a right-angle configuration that might suggest an unnatural merging of processes.\n- **Top View:** There's a looping structure that could imply a merge, visible in the shape of the axon trajectories.\n\nThe evidence of a merge error is more pronounced in Segment 2, primarily due to the right angle observed in the side view and the looping seen in the top view.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In Segments 1 and 2, we are evaluating possible merge errors in the neuronal structures.\n\n**Segment 1 Analysis:**\n- **Front View:** Exhibits a clear branching structure, but upon examination, there don\u2019t appear to be any evident inconsistencies like loopbacks or sharp corners.\n- **Side View:** The axonal path looks smooth without any sharp directional changes.\n- **Top View:** This perspective shows no indication of axonal doubling back or unnatural angles.\n\n**Segment 2 Analysis:**\n- **Front View:** Similar branching structure is seen, but there is a potential indicator of error where an axon appears to change direction abruptly.\n- **Side View:** Displays a right-angle configuration that might suggest an unnatural merging of processes.\n- **Top View:** There's a looping structure that could imply a merge, visible in the shape of the axon trajectories.\n\nThe evidence of a merge error is more pronounced in Segment 2, primarily due to the right angle observed in the side view and the looping seen in the top view.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135013937398", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135013937398", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_36_0", + "timestamp":null, + "merge_coords":"764620_511549_1024390", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images for both segments:\n\n1. **Segment ID 864691135655395778:**\n - Front, side, and top views reveal a complex branching pattern.\n - There is a prominent branch that loops back towards the central structure, which could suggest a potential merge error.\n - The top view particularly shows an unusual looping pattern not typically seen in isolated neuronal segments.\n\n2. **Segment ID 864691135270780837:**\n - The views show a more straightforward branching pattern without any noticeable looping or abrupt angle changes.\n - There are no significant deviations from typical neuronal morphology that indicate a merge error.\n\nBased on these observations, Segment ID 864691135655395778 shows potential aberrations indicative of a merge error, while Segment ID 864691135270780837 appears regular without signs of a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the images for both segments:\n\n1. **Segment ID 864691135655395778:**\n - Front, side, and top views reveal a complex branching pattern.\n - There is a prominent branch that loops back towards the central structure, which could suggest a potential merge error.\n - The top view particularly shows an unusual looping pattern not typically seen in isolated neuronal segments.\n\n2. **Segment ID 864691135270780837:**\n - The views show a more straightforward branching pattern without any noticeable looping or abrupt angle changes.\n - There are no significant deviations from typical neuronal morphology that indicate a merge error.\n\nBased on these observations, Segment ID 864691135655395778 shows potential aberrations indicative of a merge error, while Segment ID 864691135270780837 appears regular without signs of a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135655395778", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + } + ], + "root_id_requires_split":"864691135655395778", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_36_1", + "timestamp":null, + "merge_coords":"764620_511549_1024390", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided for Segment ID 864691135270780837, the top, side, and front views show a structure with a continuous axon path without abrupt turns or doubling back. The branches appear consistent, and there are no evident sharp angles indicating a merge error.\n\nFor Segment ID 864691135655395778, the images in the top, side, and front perspectives also display a continuous axon pathway. Again, no abrupt 90-degree angles or doubling back of branches suggest any merge errors. The structures are consistent with normal axonal branching.\n\nBoth segments appear to be free of the typical indicators of merge errors, such as abrupt angles or unexpected axonal paths.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided for Segment ID 864691135270780837, the top, side, and front views show a structure with a continuous axon path without abrupt turns or doubling back. The branches appear consistent, and there are no evident sharp angles indicating a merge error.\n\nFor Segment ID 864691135655395778, the images in the top, side, and front perspectives also display a continuous axon pathway. Again, no abrupt 90-degree angles or doubling back of branches suggest any merge errors. The structures are consistent with normal axonal branching.\n\nBoth segments appear to be free of the typical indicators of merge errors, such as abrupt angles or unexpected axonal paths.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135655395778", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + } + ], + "root_id_requires_split":"864691135655395778", + "root_id_does_not_require_split":"864691135270780837" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_37_0", + "timestamp":null, + "merge_coords":"1231755_706968_874510", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the two sets of segmented images, both representing portions of neuronal data, the focus is on identifying potential merge errors, such as axons doubling back after branching or forming ninety-degree angles when joined improperly.\n\n1. Segment ID 864691135991537601:\n - The front, side, and top views do not show any clear signs of unnatural structure or discontinuity that would suggest a merge error. The main axon and branches appear consistent and coherent across the perspectives.\n\n2. Segment ID 864691135233242713:\n - The images for this segment are identical to those of the first segment. Therefore, similarly, no apparent merge errors like those specified are visible. The continuity and flow of the axon are consistent throughout the views.\n\nGiven that both id sets present identical images and do not display signs indicative of merge errors, there seems to be no significant anomaly related to neuronal data merging.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the two sets of segmented images, both representing portions of neuronal data, the focus is on identifying potential merge errors, such as axons doubling back after branching or forming ninety-degree angles when joined improperly.\n\n1. Segment ID 864691135991537601:\n - The front, side, and top views do not show any clear signs of unnatural structure or discontinuity that would suggest a merge error. The main axon and branches appear consistent and coherent across the perspectives.\n\n2. Segment ID 864691135233242713:\n - The images for this segment are identical to those of the first segment. Therefore, similarly, no apparent merge errors like those specified are visible. The continuity and flow of the axon are consistent throughout the views.\n\nGiven that both id sets present identical images and do not display signs indicative of merge errors, there seems to be no significant anomaly related to neuronal data merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135991537601", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135991537601", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_37_1", + "timestamp":null, + "merge_coords":"1231755_706968_874510", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nTo determine if there is a merge error in the 3D segmentations, we need to look for signs of inappropriate neuron combining, such as the axon doubling back after branching or forming a ninety-degree angle.\n\n1. **Segment ID 864691135233242713:**\n - **Front View:** The axon exhibits some twisting and bending, but nothing distinctive that indicates merging of different neuronal processes.\n - **Side View:** The structure appears consistent without abrupt angles or doubling back.\n - **Top View:** The pattern seems mostly linear and orderly, without any evident merge indicators.\n\n2. **Segment ID 864691135991537601:**\n - **Front View:** The axon significantly changes direction after branching, suggesting a possible merge event.\n - **Side View:** There is a noticeable abrupt angle or direction change, indicating potential merging of different neuronal segments.\n - **Top View:** Similar to the front and side views, the structure appears disrupted, pointing toward merging anomalies.\n\nBased on these observations, Segment ID 864691135991537601 displays characteristics of a merge error due to the unusual direction changes and potential junctions in the axon, indicative of combining processes from different neurons.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"To determine if there is a merge error in the 3D segmentations, we need to look for signs of inappropriate neuron combining, such as the axon doubling back after branching or forming a ninety-degree angle.\n\n1. **Segment ID 864691135233242713:**\n - **Front View:** The axon exhibits some twisting and bending, but nothing distinctive that indicates merging of different neuronal processes.\n - **Side View:** The structure appears consistent without abrupt angles or doubling back.\n - **Top View:** The pattern seems mostly linear and orderly, without any evident merge indicators.\n\n2. **Segment ID 864691135991537601:**\n - **Front View:** The axon significantly changes direction after branching, suggesting a possible merge event.\n - **Side View:** There is a noticeable abrupt angle or direction change, indicating potential merging of different neuronal segments.\n - **Top View:** Similar to the front and side views, the structure appears disrupted, pointing toward merging anomalies.\n\nBased on these observations, Segment ID 864691135991537601 displays characteristics of a merge error due to the unusual direction changes and potential junctions in the axon, indicative of combining processes from different neurons.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135991537601", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135991537601", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_38_0", + "timestamp":null, + "merge_coords":"1148959_658203_1011654", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nBoth sets of images show a 3D segmentation of neuronal structures. We are tasked with identifying any potential merge errors, characterized typically by aberrant axonal formations such as doubling back or forming unusual angles.\n\n1. **Segment ID 864691135657875330**: \n - The front view shows branching structures with varying diameters. \n - The side view indicates a consistent linear structure with branches extending laterally.\n - The top view further illustrates the branching without apparent abnormalities such as doubling back or right-angle formations. \n\n2. **Segment ID 864691135233242713**: \n - The front view closely resembles the first segment, suggesting it's the same structure.\n - The side view displays a linear structure with branches, consistent with axonal projections.\n - The top view shows the branches extending in all directions, which appears normal.\n\nSince both sets of images display similar structures, it seems they are likely identical segments shown under different IDs. There are no visible errors or signs of aberrant axonal formations in the center or elsewhere in the segmentations. Therefore, neither set shows evident merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Both sets of images show a 3D segmentation of neuronal structures. We are tasked with identifying any potential merge errors, characterized typically by aberrant axonal formations such as doubling back or forming unusual angles.\n\n1. **Segment ID 864691135657875330**: \n - The front view shows branching structures with varying diameters. \n - The side view indicates a consistent linear structure with branches extending laterally.\n - The top view further illustrates the branching without apparent abnormalities such as doubling back or right-angle formations. \n\n2. **Segment ID 864691135233242713**: \n - The front view closely resembles the first segment, suggesting it's the same structure.\n - The side view displays a linear structure with branches, consistent with axonal projections.\n - The top view shows the branches extending in all directions, which appears normal.\n\nSince both sets of images display similar structures, it seems they are likely identical segments shown under different IDs. There are no visible errors or signs of aberrant axonal formations in the center or elsewhere in the segmentations. Therefore, neither set shows evident merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135657875330", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135657875330", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_38_1", + "timestamp":null, + "merge_coords":"1148959_658203_1011654", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **First Set of Images (Segment ID 864691135233242713):**\n\n - Front View: The structure appears mostly straight without sharp angles or aberrant doubling back.\n - Side View: The axon progresses linearly without noticeable sharp bends or unusual angles.\n - Top View: The extensions seem to spread without forming unexpected ninety-degree angles.\n\n There is no evident merge error visible in these views. The structure looks continuous and appropriate for a segmented axon.\n\n2. **Second Set of Images (Segment ID 864691135657875330):**\n\n - Front View: A branch is observed extending and seemingly curling back around, which might suggest an axon merging back.\n - Side View: The curl is more evident, as seen from this angle, which potentially indicates an aberrant structure.\n - Top View: The path from the branching point shows a sharp angle inconsistent with typical axonal branching. \n\n This set of images suggests a merge error due to the atypical curling and angles, which resemble characteristics of an inappropriate merge.\n\nBased on the analysis, Segment ID 864691135657875330 likely contains a merge error, indicated by unusual curling and angles consistent with described merge error features.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **First Set of Images (Segment ID 864691135233242713):**\n\n - Front View: The structure appears mostly straight without sharp angles or aberrant doubling back.\n - Side View: The axon progresses linearly without noticeable sharp bends or unusual angles.\n - Top View: The extensions seem to spread without forming unexpected ninety-degree angles.\n\n There is no evident merge error visible in these views. The structure looks continuous and appropriate for a segmented axon.\n\n2. **Second Set of Images (Segment ID 864691135657875330):**\n\n - Front View: A branch is observed extending and seemingly curling back around, which might suggest an axon merging back.\n - Side View: The curl is more evident, as seen from this angle, which potentially indicates an aberrant structure.\n - Top View: The path from the branching point shows a sharp angle inconsistent with typical axonal branching. \n\n This set of images suggests a merge error due to the atypical curling and angles, which resemble characteristics of an inappropriate merge.\n\nBased on the analysis, Segment ID 864691135657875330 likely contains a merge error, indicated by unusual curling and angles consistent with described merge error features.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135657875330", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135657875330", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_39_0", + "timestamp":null, + "merge_coords":"1196485_689451_961978", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135809557196 Analysis:**\n\n - **Front View:** The segment appears bulky with noticeable branching, but without obvious signs of aberrant connections. No sharp ninety-degree angles or uncommon doubling back is visible.\n \n - **Side View:** The structure remains consistent with typical branching. No unnatural folds or angled connections are evident.\n\n - **Top View:** The view continues to show a cohesive segment, maintaining a natural axonal path without unusual turning or merging patterns.\n \n Overall, this segment doesn't exhibit clear signs of a merge error.\n\n2. **Segment ID 864691135233242713 Analysis:**\n\n - **Front View:** The segment showcases a long, thin structure with a possible aberrant connection forming an unnatural trajectory downwards. This may indicate a merge error.\n\n - **Side View:** The structure appears elongated with potential crossing, resembling a merge where two segments may have been inappropriately joined.\n\n - **Top View:** The trajectory follows a linear path but appears to unnaturally kink at certain sections suggesting possible erroneous merging.\n \n This segment displays characteristics typical of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691135809557196 Analysis:**\n\n - **Front View:** The segment appears bulky with noticeable branching, but without obvious signs of aberrant connections. No sharp ninety-degree angles or uncommon doubling back is visible.\n \n - **Side View:** The structure remains consistent with typical branching. No unnatural folds or angled connections are evident.\n\n - **Top View:** The view continues to show a cohesive segment, maintaining a natural axonal path without unusual turning or merging patterns.\n \n Overall, this segment doesn't exhibit clear signs of a merge error.\n\n2. **Segment ID 864691135233242713 Analysis:**\n\n - **Front View:** The segment showcases a long, thin structure with a possible aberrant connection forming an unnatural trajectory downwards. This may indicate a merge error.\n\n - **Side View:** The structure appears elongated with potential crossing, resembling a merge where two segments may have been inappropriately joined.\n\n - **Top View:** The trajectory follows a linear path but appears to unnaturally kink at certain sections suggesting possible erroneous merging.\n \n This segment displays characteristics typical of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135809557196", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135809557196", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_39_1", + "timestamp":null, + "merge_coords":"1196485_689451_961978", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images shows a long, continuous structure with twists and turns, typical of a single neurite. There are no apparent structural anomalies such as abrupt angles or loops that might indicate a merge error. \n\nThe second set of images, however, depicts a more complex and interconnected structure. In this case, the shape has sharp angles and multiple branches that could suggest a merge error, such as abrupt changes in direction and the possibility of two separate axonal processes being grouped incorrectly.\n\nGiven the criteria for detecting merge errors\u2014aberrant structures like axons doubling back or forming sharp angles\u2014the second set of images is more suggestive of such errors.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The first set of images shows a long, continuous structure with twists and turns, typical of a single neurite. There are no apparent structural anomalies such as abrupt angles or loops that might indicate a merge error. \n\nThe second set of images, however, depicts a more complex and interconnected structure. In this case, the shape has sharp angles and multiple branches that could suggest a merge error, such as abrupt changes in direction and the possibility of two separate axonal processes being grouped incorrectly.\n\nGiven the criteria for detecting merge errors\u2014aberrant structures like axons doubling back or forming sharp angles\u2014the second set of images is more suggestive of such errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135809557196", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135809557196", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_40_0", + "timestamp":null, + "merge_coords":"1196480_689582_962031", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the morphological details of the given segmentations:\n\n1. **Segment ID 864691136039423742:**\n - **Front View:** Displays elongated processes with branching patterns. There are no immediate signs of unnatural doubling back or sharp angles that would suggest a merge error.\n - **Side View:** The structures appear linear without evident signs of merging errors.\n - **Top View:** Displays normal axonal extensions without abrupt or illogical branching patterns.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** Highly branched dendritic structure. No evidence of segments doubling back unnaturally or forming sharp angles indicating a merge error.\n - **Side View:** Branching appears logical and uniform.\n - **Top View:** Extensive branching typical for neuronal structures. No clear signs of merging errors.\n\nBoth segments, based on the views provided, do not exhibit any obvious merge errors such as processes doubling back, creating unnatural angles, or atypical branching patterns.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the morphological details of the given segmentations:\n\n1. **Segment ID 864691136039423742:**\n - **Front View:** Displays elongated processes with branching patterns. There are no immediate signs of unnatural doubling back or sharp angles that would suggest a merge error.\n - **Side View:** The structures appear linear without evident signs of merging errors.\n - **Top View:** Displays normal axonal extensions without abrupt or illogical branching patterns.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** Highly branched dendritic structure. No evidence of segments doubling back unnaturally or forming sharp angles indicating a merge error.\n - **Side View:** Branching appears logical and uniform.\n - **Top View:** Extensive branching typical for neuronal structures. No clear signs of merging errors.\n\nBoth segments, based on the views provided, do not exhibit any obvious merge errors such as processes doubling back, creating unnatural angles, or atypical branching patterns.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136039423742", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + } + ], + "root_id_requires_split":"864691136039423742", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_40_1", + "timestamp":null, + "merge_coords":"1196480_689582_962031", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images, I focus on the morphology of the neuronal segments to identify potential merge errors. \n\nFor the first set of images, Segment ID 864691135233242713, I observe a dense, complex branching structure with no immediate signs of axonal merging, such as doubling back or abrupt angles. The structure appears consistent with normal neuronal morphology.\n\nIn the second set, Segment ID 864691136039423742, the structure appears less complex. However, the segment does not exhibit clear signs of a merge error, such as branching at unusual angles or doubling back on itself.\n\nBased on the criteria provided, neither set of images shows definitive evidence of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images, I focus on the morphology of the neuronal segments to identify potential merge errors. \n\nFor the first set of images, Segment ID 864691135233242713, I observe a dense, complex branching structure with no immediate signs of axonal merging, such as doubling back or abrupt angles. The structure appears consistent with normal neuronal morphology.\n\nIn the second set, Segment ID 864691136039423742, the structure appears less complex. However, the segment does not exhibit clear signs of a merge error, such as branching at unusual angles or doubling back on itself.\n\nBased on the criteria provided, neither set of images shows definitive evidence of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136039423742", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + } + ], + "root_id_requires_split":"864691136039423742", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_41_0", + "timestamp":null, + "merge_coords":"1284570_418047_1014531", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are tasked with identifying any potential merge errors, such as incorrect groupings of axonal structures.\n\n1. **First Segment (ID 864691135323048860):**\n - **Front View:** The structure appears relatively coherent without obvious irregularities.\n - **Side View:** The side view shows a compact structure, though it\u2019s challenging to identify any backtracking or abrupt angles.\n - **Top View:** The top view also seems consistent with typical axonal paths.\n\n2. **Second Segment (ID 864691135233242713):**\n - **Front View:** This segment has a longer axonal projection. There\u2019s a noticeable sharp bend in the central area, which might suggest an aberrant merging.\n - **Side View:** There is a distinct looping or sharp bend in the axon, potentially indicating an improper merge with another process.\n - **Top View:** A clearer view of the trajectory showing irregular bending, supporting the possibility of a merge error.\n\nThe second segment (ID 864691135233242713) shows features consistent with axonal merge errors, particularly the sharp bends and possible doubling back of axonal paths.\n\nBased on these observations, segment 2 exhibits a potential merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we are tasked with identifying any potential merge errors, such as incorrect groupings of axonal structures.\n\n1. **First Segment (ID 864691135323048860):**\n - **Front View:** The structure appears relatively coherent without obvious irregularities.\n - **Side View:** The side view shows a compact structure, though it\u2019s challenging to identify any backtracking or abrupt angles.\n - **Top View:** The top view also seems consistent with typical axonal paths.\n\n2. **Second Segment (ID 864691135233242713):**\n - **Front View:** This segment has a longer axonal projection. There\u2019s a noticeable sharp bend in the central area, which might suggest an aberrant merging.\n - **Side View:** There is a distinct looping or sharp bend in the axon, potentially indicating an improper merge with another process.\n - **Top View:** A clearer view of the trajectory showing irregular bending, supporting the possibility of a merge error.\n\nThe second segment (ID 864691135233242713) shows features consistent with axonal merge errors, particularly the sharp bends and possible doubling back of axonal paths.\n\nBased on these observations, segment 2 exhibits a potential merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135323048860", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135323048860", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_41_1", + "timestamp":null, + "merge_coords":"1284570_418047_1014531", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we're looking for merge errors by analyzing the structure of the neurons from multiple perspectives.\n\n1. **Segment ID 864691135233242713**\n - The front view shows a single main branch that extends from a bulbous region.\n - The side view reveals a relatively straight projection with no obvious instances of doubling back or sharp angles.\n - The top view also shows a consistent extension from the main structure without abrupt changes in direction.\n\n2. **Segment ID 864691135323048860**\n - The front view highlights a central bulbous structure with a significant protrusion. \n - The side view shows a projection that maintains a balanced trajectory, without abrupt angles or looping.\n - The top view displays a more concise projection from the main structure, but similarly retains a straightforward path.\n\nBoth segments reveal reasonably consistent structures along their respective projections. There is no evidence of axonal merging errors such as branching off and doubling back or a sharp ninety-degree joining angle.\n\nHence, neither segment exhibits clear signs of merge errors based on the criteria given.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we're looking for merge errors by analyzing the structure of the neurons from multiple perspectives.\n\n1. **Segment ID 864691135233242713**\n - The front view shows a single main branch that extends from a bulbous region.\n - The side view reveals a relatively straight projection with no obvious instances of doubling back or sharp angles.\n - The top view also shows a consistent extension from the main structure without abrupt changes in direction.\n\n2. **Segment ID 864691135323048860**\n - The front view highlights a central bulbous structure with a significant protrusion. \n - The side view shows a projection that maintains a balanced trajectory, without abrupt angles or looping.\n - The top view displays a more concise projection from the main structure, but similarly retains a straightforward path.\n\nBoth segments reveal reasonably consistent structures along their respective projections. There is no evidence of axonal merging errors such as branching off and doubling back or a sharp ninety-degree joining angle.\n\nHence, neither segment exhibits clear signs of merge errors based on the criteria given.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135323048860", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135323048860", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_42_0", + "timestamp":null, + "merge_coords":"952564_712838_716847", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the two segments:\n\n1. Segment ID 864691136334036915:\n - The front view shows a complex, web-like structure that includes multiple branches. There is potential for merge errors where branches may inappropriately connect.\n - The side and top views show the branching structure more clearly. There is a junction where branches seem to meet at sharp angles, which could indicate a merge error.\n\n2. Segment ID 864691135233242713:\n - The front, side, and top views show a mostly linear structure. The structure is simpler with fewer branches, and there are no obvious points where segments inappropriately connect with sharp angles.\n\nOverall, Segment ID 864691136334036915 shows more complex branching and potential junctions where merge errors might occur, particularly due to the sharp intersection points seen in the views.\n\nTherefore, Segment ID 864691136334036915 appears to contain a possible merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the two segments:\n\n1. Segment ID 864691136334036915:\n - The front view shows a complex, web-like structure that includes multiple branches. There is potential for merge errors where branches may inappropriately connect.\n - The side and top views show the branching structure more clearly. There is a junction where branches seem to meet at sharp angles, which could indicate a merge error.\n\n2. Segment ID 864691135233242713:\n - The front, side, and top views show a mostly linear structure. The structure is simpler with fewer branches, and there are no obvious points where segments inappropriately connect with sharp angles.\n\nOverall, Segment ID 864691136334036915 shows more complex branching and potential junctions where merge errors might occur, particularly due to the sharp intersection points seen in the views.\n\nTherefore, Segment ID 864691136334036915 appears to contain a possible merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136334036915", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + } + ], + "root_id_requires_split":"864691136334036915", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_42_1", + "timestamp":null, + "merge_coords":"952564_712838_716847", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are looking for signs of neuronal merge errors, particularly at the center of each volume. Merge errors might be identified by unusual branch patterns such as overlaps, ninety-degree turns, or branches doubling back that do not follow the typical progression of axonal projections.\n\nFor the first set of images (Segment ID 864691135233242713):\n- The axonal structure appears linear and consistent without any apparent abnormal angles or branching off that would indicate a merge error.\n\nFor the second set of images (Segment ID 864691136334036915):\n- There is a complex branching structure visible from the front, side, and top views. The branching seems to diverge sharply in places, potentially indicating an aberrant connection between axons from different neurons.\n\nThe second set displays characteristics that are consistent with a potential merge error such as unexpected junctions and unusual angles in the axonal paths.\n\n<\/analysis>\n2<\/answer>", + "model_analysis":"In the provided images, we are looking for signs of neuronal merge errors, particularly at the center of each volume. Merge errors might be identified by unusual branch patterns such as overlaps, ninety-degree turns, or branches doubling back that do not follow the typical progression of axonal projections.\n\nFor the first set of images (Segment ID 864691135233242713):\n- The axonal structure appears linear and consistent without any apparent abnormal angles or branching off that would indicate a merge error.\n\nFor the second set of images (Segment ID 864691136334036915):\n- There is a complex branching structure visible from the front, side, and top views. The branching seems to diverge sharply in places, potentially indicating an aberrant connection between axons from different neurons.\n\nThe second set displays characteristics that are consistent with a potential merge error such as unexpected junctions and unusual angles in the axonal paths.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136334036915", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + } + ], + "root_id_requires_split":"864691136334036915", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_43_0", + "timestamp":null, + "merge_coords":"1197535_544341_996702", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn evaluating the segmentations for merge errors, we\u2019re looking for specific characteristics that may indicate inappropriate groupings of neuronal processes:\n\n1. **Segment ID 864691135675334467:**\n - **Front View:** The structure appears relatively smooth without abrupt angles or irregularities near the center.\n - **Side View:** The branches extend and bifurcate in a manner that seems normal for neuronal structures, with no evident sharp angles or doubling back.\n - **Top View:** Consistent with the other views, there are no abrupt deviations or unusual angles in the structure that would suggest a merge error.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** The overall form has a smooth curvature, but there is a slight bulge or branching near the center that looks different from expected neuronal morphology.\n - **Side View:** There is a section where the structure seems to form an awkward angle, which might indicate a merging of processes rather than a natural bifurcation.\n - **Top View:** Similar to the side view, there\u2019s a noticeable deviation or angle in the central region that is atypical for neuronal structures.\n\nUpon comparison, Segment ID 864691135233242713 exhibits features (e.g., awkward angling and a bulgelike formation near its center) that are more indicative of a merge error compared to Segment ID 864691135675334467, which has a more consistent and plausible morphology for a single neuronal process.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In evaluating the segmentations for merge errors, we\u2019re looking for specific characteristics that may indicate inappropriate groupings of neuronal processes:\n\n1. **Segment ID 864691135675334467:**\n - **Front View:** The structure appears relatively smooth without abrupt angles or irregularities near the center.\n - **Side View:** The branches extend and bifurcate in a manner that seems normal for neuronal structures, with no evident sharp angles or doubling back.\n - **Top View:** Consistent with the other views, there are no abrupt deviations or unusual angles in the structure that would suggest a merge error.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** The overall form has a smooth curvature, but there is a slight bulge or branching near the center that looks different from expected neuronal morphology.\n - **Side View:** There is a section where the structure seems to form an awkward angle, which might indicate a merging of processes rather than a natural bifurcation.\n - **Top View:** Similar to the side view, there\u2019s a noticeable deviation or angle in the central region that is atypical for neuronal structures.\n\nUpon comparison, Segment ID 864691135233242713 exhibits features (e.g., awkward angling and a bulgelike formation near its center) that are more indicative of a merge error compared to Segment ID 864691135675334467, which has a more consistent and plausible morphology for a single neuronal process.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135675334467", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135675334467", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_43_1", + "timestamp":null, + "merge_coords":"1197535_544341_996702", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the segments:\n\n1. **Segment ID 864691135233242713:**\n\n - **Front View:** The segment appears elongated with some irregularities but no obvious merge points.\n - **Side View:** Shows minor branching but seems to follow a single cohesive path.\n - **Top View:** Indicates a continuous structure without distinctive merging characteristics.\n\n2. **Segment ID 864691135675334467:**\n\n - **Front View:** There is an additional branch, potentially suggesting a merge.\n - **Side View:** Reveals a possible ninety-degree joining, which may suggest inappropriate merging of segments.\n - **Top View:** Shows a structure with an unusual angle that could indicate merging.\n\nThe second option, 864691135675334467, has more characteristics associated with a merge error, such as an abrupt angle and branching that could signify an axonal merge.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Examining the segments:\n\n1. **Segment ID 864691135233242713:**\n\n - **Front View:** The segment appears elongated with some irregularities but no obvious merge points.\n - **Side View:** Shows minor branching but seems to follow a single cohesive path.\n - **Top View:** Indicates a continuous structure without distinctive merging characteristics.\n\n2. **Segment ID 864691135675334467:**\n\n - **Front View:** There is an additional branch, potentially suggesting a merge.\n - **Side View:** Reveals a possible ninety-degree joining, which may suggest inappropriate merging of segments.\n - **Top View:** Shows a structure with an unusual angle that could indicate merging.\n\nThe second option, 864691135675334467, has more characteristics associated with a merge error, such as an abrupt angle and branching that could signify an axonal merge.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135675334467", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135675334467", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_44_0", + "timestamp":null, + "merge_coords":"1061973_987935_863441", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided images, I will analyze the axonal structures for potential merge errors.\n\n1. **Segment ID 864691135945273034:**\n - **Front View:** The axon appears to have multiple branches and connections.\n - **Side View:** There are numerous crossings and potential interaction points.\n - **Top View:** The angle and path of the branches seem complex, potentially suggesting a merge point; however, it is difficult to definitively identify an axon doubling back or forming a sharp angle.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** The axon shows a relatively simple path with no obvious looping back.\n - **Side View:** It maintains a fairly linear or slightly curved trajectory.\n - **Top View:** There is no apparent sharp turn or merging point.\n\nBased on this analysis, Segment ID 864691135945273034 has more complexity in its branching, which might suggest a potential merge error, though it\u2019s not definitively obvious. Segment ID 864691135233242713 does not display characteristics typically indicative of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images, I will analyze the axonal structures for potential merge errors.\n\n1. **Segment ID 864691135945273034:**\n - **Front View:** The axon appears to have multiple branches and connections.\n - **Side View:** There are numerous crossings and potential interaction points.\n - **Top View:** The angle and path of the branches seem complex, potentially suggesting a merge point; however, it is difficult to definitively identify an axon doubling back or forming a sharp angle.\n\n2. **Segment ID 864691135233242713:**\n - **Front View:** The axon shows a relatively simple path with no obvious looping back.\n - **Side View:** It maintains a fairly linear or slightly curved trajectory.\n - **Top View:** There is no apparent sharp turn or merging point.\n\nBased on this analysis, Segment ID 864691135945273034 has more complexity in its branching, which might suggest a potential merge error, though it\u2019s not definitively obvious. Segment ID 864691135233242713 does not display characteristics typically indicative of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135945273034", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + } + ], + "root_id_requires_split":"864691135945273034", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_44_1", + "timestamp":null, + "merge_coords":"1061973_987935_863441", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we're examining two segments of neuronal data for potential merge errors.\n\n1. **Segment ID 864691135233242713**\n - **Front View**: A long, linear structure without obvious signs of abrupt changes.\n - **Side View**: Continues the linear structure with no apparent doubling back or sharp angles.\n - **Top View**: Maintains the consistency without significant aberrations.\n\n2. **Segment ID 864691135945273034**\n - **Front View**: Shows more complexity, with multiple branches emerging from the main process.\n - **Side View**: The structure displays some behavior that could be indicative of a merge error, particularly some tight turns and potential doubling back.\n - **Top View**: Confirms complexity in structure and suggests possible unnatural junctions or angles.\n\nBased on the criteria for identifying merge errors (e.g., an axon doubling back or forming sharp angles), Segment ID 864691135945273034 appears to have characteristics indicative of a potential merge error, especially when considering the side view. In contrast, Segment ID 864691135233242713 appears relatively smooth and straightforward.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we're examining two segments of neuronal data for potential merge errors.\n\n1. **Segment ID 864691135233242713**\n - **Front View**: A long, linear structure without obvious signs of abrupt changes.\n - **Side View**: Continues the linear structure with no apparent doubling back or sharp angles.\n - **Top View**: Maintains the consistency without significant aberrations.\n\n2. **Segment ID 864691135945273034**\n - **Front View**: Shows more complexity, with multiple branches emerging from the main process.\n - **Side View**: The structure displays some behavior that could be indicative of a merge error, particularly some tight turns and potential doubling back.\n - **Top View**: Confirms complexity in structure and suggests possible unnatural junctions or angles.\n\nBased on the criteria for identifying merge errors (e.g., an axon doubling back or forming sharp angles), Segment ID 864691135945273034 appears to have characteristics indicative of a potential merge error, especially when considering the side view. In contrast, Segment ID 864691135233242713 appears relatively smooth and straightforward.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135945273034", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + } + ], + "root_id_requires_split":"864691135945273034", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_45_0", + "timestamp":null, + "merge_coords":"847289_913413_824875", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the images:\n\n1. **Segment ID: 864691136065522584** \n - **Front View:** The axon appears to have some irregularities, but it primarily looks like it follows a consistent path without abrupt doubling back or sharp angles.\n - **Side View:** The axon maintains a relatively smooth trajectory. No obvious signs of doubling back or sharp right angles.\n - **Top View:** The path is fairly straightforward, with no apparent errors indicative of merges.\n\n2. **Segment ID: 864691135233242713** \n - **Front View:** The axon shows some disturbance in its path, but this may be consistent with normal variations.\n - **Side View:** There is a more pronounced curved structure with a possible angle that could indicate an error.\n - **Top View:** The trajectory appears smooth, but there is a section that seems to curve in a way that could suggest a merge.\n\nAfter reviewing both segments, **Segment ID: 864691135233242713** exhibits a more compelling case of potential merge error, with questionable curvature and possible angles in its structure. \n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the images:\n\n1. **Segment ID: 864691136065522584** \n - **Front View:** The axon appears to have some irregularities, but it primarily looks like it follows a consistent path without abrupt doubling back or sharp angles.\n - **Side View:** The axon maintains a relatively smooth trajectory. No obvious signs of doubling back or sharp right angles.\n - **Top View:** The path is fairly straightforward, with no apparent errors indicative of merges.\n\n2. **Segment ID: 864691135233242713** \n - **Front View:** The axon shows some disturbance in its path, but this may be consistent with normal variations.\n - **Side View:** There is a more pronounced curved structure with a possible angle that could indicate an error.\n - **Top View:** The trajectory appears smooth, but there is a section that seems to curve in a way that could suggest a merge.\n\nAfter reviewing both segments, **Segment ID: 864691135233242713** exhibits a more compelling case of potential merge error, with questionable curvature and possible angles in its structure.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136065522584", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + } + ], + "root_id_requires_split":"864691136065522584", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_45_1", + "timestamp":null, + "merge_coords":"847289_913413_824875", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135233242713), the structure is long and winding, with no visible right-angle turns or doubling-back that would suggest a merge error.\n\nIn the second set of images (Segment ID 864691136065522584), there is a structure that appears to double back on itself and shows a right-angle turn. These characteristics are indicative of potential merge errors.\n\nTherefore, the second set of images displays signs consistent with merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135233242713), the structure is long and winding, with no visible right-angle turns or doubling-back that would suggest a merge error.\n\nIn the second set of images (Segment ID 864691136065522584), there is a structure that appears to double back on itself and shows a right-angle turn. These characteristics are indicative of potential merge errors.\n\nTherefore, the second set of images displays signs consistent with merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136065522584", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + } + ], + "root_id_requires_split":"864691136065522584", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_46_0", + "timestamp":null, + "merge_coords":"763420_928597_780112", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the two options for merge errors:\n\n**Segment ID 864691136422892079**: \n- **Front view**: Shows a branching structure, but primarily linear.\n- **Side view**: Appears tangled with a potential doubling back.\n- **Top view**: Doesn't show clear merge behavior but suggests complexity.\n\n**Segment ID 864691135233242713**:\n- **Front view**: Linear, continuous with no obvious signs of merging back onto itself or forming sharp angles.\n- **Side view**: Consistent linear formation without unexpected turns.\n- **Top view**: Similar linearity and simplicity.\n\nThe first segment (Segment ID 864691136422892079) has intricate segments that might resemble a merging behavior, possibly doubling back or forming an unusual structure. The second segment appears straightforward and lacks points of potential merge errors, maintaining a mostly linear trajectory.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the two options for merge errors:\n\n**Segment ID 864691136422892079**: \n- **Front view**: Shows a branching structure, but primarily linear.\n- **Side view**: Appears tangled with a potential doubling back.\n- **Top view**: Doesn't show clear merge behavior but suggests complexity.\n\n**Segment ID 864691135233242713**:\n- **Front view**: Linear, continuous with no obvious signs of merging back onto itself or forming sharp angles.\n- **Side view**: Consistent linear formation without unexpected turns.\n- **Top view**: Similar linearity and simplicity.\n\nThe first segment (Segment ID 864691136422892079) has intricate segments that might resemble a merging behavior, possibly doubling back or forming an unusual structure. The second segment appears straightforward and lacks points of potential merge errors, maintaining a mostly linear trajectory.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136422892079", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136422892079", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_46_1", + "timestamp":null, + "merge_coords":"763420_928597_780112", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n1. **Segment ID 864691135233242713:**\n - Front View: The axon appears to follow a somewhat linear path with slight bends, which is typically observed in normal axonal structures.\n - Side View: The structure is mostly linear. There are no obvious signs of doubling back or abrupt angles indicative of merge errors.\n - Top View: Consistent with the front and side views, it shows a continuous linear structure without sharp bends or turnbacks.\n\n2. **Segment ID 864691136422892079:**\n - Front View: The axon appears to branch off and then forms what looks like a ninety-degree angle shortly afterwards, which can sometimes indicate a merging error.\n - Side View: The branching structure and the angle become more apparent. The axon seems to alter its path at a sharp angle.\n - Top View: The changes in the axonal direction are consistent with the potential characteristics of a merge error, such as sharp bends or branching angles.\n\nFrom the analysis above, Segment ID 864691136422892079 displays characteristics that could be indicative of a merge error, such as the presence of a sharp angle which might result from an incorrect association of neuronal processes.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691135233242713:**\n - Front View: The axon appears to follow a somewhat linear path with slight bends, which is typically observed in normal axonal structures.\n - Side View: The structure is mostly linear. There are no obvious signs of doubling back or abrupt angles indicative of merge errors.\n - Top View: Consistent with the front and side views, it shows a continuous linear structure without sharp bends or turnbacks.\n\n2. **Segment ID 864691136422892079:**\n - Front View: The axon appears to branch off and then forms what looks like a ninety-degree angle shortly afterwards, which can sometimes indicate a merging error.\n - Side View: The branching structure and the angle become more apparent. The axon seems to alter its path at a sharp angle.\n - Top View: The changes in the axonal direction are consistent with the potential characteristics of a merge error, such as sharp bends or branching angles.\n\nFrom the analysis above, Segment ID 864691136422892079 displays characteristics that could be indicative of a merge error, such as the presence of a sharp angle which might result from an incorrect association of neuronal processes.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136422892079", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136422892079", + "root_id_does_not_require_split":"864691135233242713" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_47_0", + "timestamp":null, + "merge_coords":"714294_496440_812397", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the segmentation data from the images provided, we are looking for unusual structural characteristics indicative of merge errors in the neuronal axonal processes. These characteristics include doubling back of an axon and unnatural formation of right angles in branching.\n\n1. **Segment ID 864691136136245911:**\n - **Front View:** The axon shows multiple branches but runs relatively straight without evident looping or right-angle junctions.\n - **Side View:** The structure appears linear with branches extending naturally.\n - **Top View:** No distinct doubling back or ninety-degree angle joinings are evident.\n\n2. **Segment ID 864691135398107425:**\n - **Front View:** The axonal structure seems less linear with some complexity in branching.\n - **Side View:** There is some axonal extension that bends back on itself, suggesting potential doubling back.\n - **Top View:** There is a perception of an unnatural ninety-degree angle in the central part of the axon structure, which may indicate a merge error.\n\nAfter reviewing the images, Segment ID 864691135398107425 appears to exhibit characteristics of a merge error, notably the bending back and potential right-angle formation, which are common indicators of erroneous connections in axonal segmentation.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the segmentation data from the images provided, we are looking for unusual structural characteristics indicative of merge errors in the neuronal axonal processes. These characteristics include doubling back of an axon and unnatural formation of right angles in branching.\n\n1. **Segment ID 864691136136245911:**\n - **Front View:** The axon shows multiple branches but runs relatively straight without evident looping or right-angle junctions.\n - **Side View:** The structure appears linear with branches extending naturally.\n - **Top View:** No distinct doubling back or ninety-degree angle joinings are evident.\n\n2. **Segment ID 864691135398107425:**\n - **Front View:** The axonal structure seems less linear with some complexity in branching.\n - **Side View:** There is some axonal extension that bends back on itself, suggesting potential doubling back.\n - **Top View:** There is a perception of an unnatural ninety-degree angle in the central part of the axon structure, which may indicate a merge error.\n\nAfter reviewing the images, Segment ID 864691135398107425 appears to exhibit characteristics of a merge error, notably the bending back and potential right-angle formation, which are common indicators of erroneous connections in axonal segmentation.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136136245911", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + } + ], + "root_id_requires_split":"864691136136245911", + "root_id_does_not_require_split":"864691135398107425" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_47_1", + "timestamp":null, + "merge_coords":"714294_496440_812397", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the images, I'm looking for signs of merge errors, such as unusual axonal structures or abrupt directional changes in the axons.\n\n1. **Segment ID 864691135398107425:**\n - **Front View:** The axon appears to follow a relatively smooth path without significant aberrations or branching issues.\n - **Side View:** Similarly, the path seems to be continuous and consistent.\n - **Top View:** The axon maintains a consistent trajectory, aligning with its path in other views.\n\n2. **Segment ID 864691136136245911:**\n - **Front View:** The axon has a more irregular path, with apparent branching. However, one branch seems to loop back towards the central segment, which could indicate a potential merge error.\n - **Side View:** The main axon appears to have an uncharacteristic bulge or overlap, suggesting a possible merge.\n - **Top View:** The trajectory of one branch appears to create a sharp turn, which may indicate an inappropriate connection.\n\nGiven these observations, Segment ID 864691136136245911 displays more characteristics typical of merge errors, such as abrupt changes in direction and looping back.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the images, I'm looking for signs of merge errors, such as unusual axonal structures or abrupt directional changes in the axons.\n\n1. **Segment ID 864691135398107425:**\n - **Front View:** The axon appears to follow a relatively smooth path without significant aberrations or branching issues.\n - **Side View:** Similarly, the path seems to be continuous and consistent.\n - **Top View:** The axon maintains a consistent trajectory, aligning with its path in other views.\n\n2. **Segment ID 864691136136245911:**\n - **Front View:** The axon has a more irregular path, with apparent branching. However, one branch seems to loop back towards the central segment, which could indicate a potential merge error.\n - **Side View:** The main axon appears to have an uncharacteristic bulge or overlap, suggesting a possible merge.\n - **Top View:** The trajectory of one branch appears to create a sharp turn, which may indicate an inappropriate connection.\n\nGiven these observations, Segment ID 864691136136245911 displays more characteristics typical of merge errors, such as abrupt changes in direction and looping back.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136136245911", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + } + ], + "root_id_requires_split":"864691136136245911", + "root_id_does_not_require_split":"864691135398107425" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_48_0", + "timestamp":null, + "merge_coords":"815367_561561_852810", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of segmented images for Segment ID 864691135547168094:\n\n- The front view does not show any obvious signs of axonal doubling back or sharp angles suggestive of inappropriate merging.\n- The side view similarly lacks unusual axonal patterns.\n- The top view appears consistent with normal neuronal morphology, without sudden directional changes or doubling back.\n\nIn the second set of segmented images for Segment ID 864691135398107425:\n\n- The front view reveals more complex branching, but I don't see definite signs of a merge error such as doubling back.\n- The side view presents some intricate patterns and branching, yet they do not seem indicative of merging error patterns such as sharp angles or overlaps from different neurons.\n- The top view also does not reveal characteristics typical of merge errors.\n\nBased on the provided perspectives, neither segmentation displays clear evidence of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of segmented images for Segment ID 864691135547168094:\n\n- The front view does not show any obvious signs of axonal doubling back or sharp angles suggestive of inappropriate merging.\n- The side view similarly lacks unusual axonal patterns.\n- The top view appears consistent with normal neuronal morphology, without sudden directional changes or doubling back.\n\nIn the second set of segmented images for Segment ID 864691135398107425:\n\n- The front view reveals more complex branching, but I don't see definite signs of a merge error such as doubling back.\n- The side view presents some intricate patterns and branching, yet they do not seem indicative of merging error patterns such as sharp angles or overlaps from different neurons.\n- The top view also does not reveal characteristics typical of merge errors.\n\nBased on the provided perspectives, neither segmentation displays clear evidence of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135547168094", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + } + ], + "root_id_requires_split":"864691135547168094", + "root_id_does_not_require_split":"864691135398107425" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_48_1", + "timestamp":null, + "merge_coords":"815367_561561_852810", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are looking for indications of merge errors, such as axons doubling back or forming sharp angles. \n\nFor Segment ID 864691135398107425:\n- The structure in the center does not display significant evidence of aberrant merging. The axons appear to follow a consistent path without doubling back or forming acute angles suggestive of a merge error.\n\nFor Segment ID 864691135547168094:\n- There appears to be a clearer indication of a potential merge error. The axon shows signs of unexpected turns and angles, which might indicate a merge with an axon from another neuron.\n\nThe examination suggests that Segment ID 864691135547168094 has characteristics more consistent with a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we are looking for indications of merge errors, such as axons doubling back or forming sharp angles. \n\nFor Segment ID 864691135398107425:\n- The structure in the center does not display significant evidence of aberrant merging. The axons appear to follow a consistent path without doubling back or forming acute angles suggestive of a merge error.\n\nFor Segment ID 864691135547168094:\n- There appears to be a clearer indication of a potential merge error. The axon shows signs of unexpected turns and angles, which might indicate a merge with an axon from another neuron.\n\nThe examination suggests that Segment ID 864691135547168094 has characteristics more consistent with a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135547168094", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + } + ], + "root_id_requires_split":"864691135547168094", + "root_id_does_not_require_split":"864691135398107425" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_49_0", + "timestamp":null, + "merge_coords":"711203_584132_947142", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691135641712236:\n - **Front View**: Shows a structure with multiple branches and some twisting. The branches appear to diverge and then rejoin.\n - **Side View**: Highlights some overlapping and twisting of the structure, especially noticeable in the central area.\n - **Top View**: Displays a densely intertwined structure at the center but doesn't clearly suggest inappropriate connections or branching back.\n\n2. Segment ID 864691135868060950:\n - **Front View**: Shows a simpler linear structure without evident complex branching or looping.\n - **Side View**: More linear with minimal branches, no clear overlapping or twisting.\n - **Top View**: Also follows a mostly linear path without aberrant features.\n\nUpon examining both segments, Segment ID 864691135641712236 displays more features typical of a merge error, such as overlapping branches and possible loops, especially evident in the side and front views. These could indicate an inappropriate grouping from different neurons. Segment ID 864691135868060950 seems more linear and less likely to contain errors.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"1. Segment ID 864691135641712236:\n - **Front View**: Shows a structure with multiple branches and some twisting. The branches appear to diverge and then rejoin.\n - **Side View**: Highlights some overlapping and twisting of the structure, especially noticeable in the central area.\n - **Top View**: Displays a densely intertwined structure at the center but doesn't clearly suggest inappropriate connections or branching back.\n\n2. Segment ID 864691135868060950:\n - **Front View**: Shows a simpler linear structure without evident complex branching or looping.\n - **Side View**: More linear with minimal branches, no clear overlapping or twisting.\n - **Top View**: Also follows a mostly linear path without aberrant features.\n\nUpon examining both segments, Segment ID 864691135641712236 displays more features typical of a merge error, such as overlapping branches and possible loops, especially evident in the side and front views. These could indicate an inappropriate grouping from different neurons. Segment ID 864691135868060950 seems more linear and less likely to contain errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135641712236", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + } + ], + "root_id_requires_split":"864691135641712236", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_49_1", + "timestamp":null, + "merge_coords":"711203_584132_947142", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn segmentation ID 864691135868060950:\n\n- Front view: The segmentation appears as a continuous single line without any abrupt changes in direction.\n- Side view: Similar linear progression with minor undulations.\n- Top view: Consistent appearance without sharp angles or doubling back.\n\nIn segmentation ID 864691135641712236:\n\n- Front view: There is a branching observed where one section seems to diverge. However, no immediate apparent merge characteristics.\n- Side view: Notice a section in the lower part where the structure appears convoluted, suggesting a potential merge error.\n- Top view: No clear evidence of a merge due to the angle presented. \n\nThe section in the middle of the second segmentation might suggest a merge due to the abrupt changes in angle and convolution, which are common indications of merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In segmentation ID 864691135868060950:\n\n- Front view: The segmentation appears as a continuous single line without any abrupt changes in direction.\n- Side view: Similar linear progression with minor undulations.\n- Top view: Consistent appearance without sharp angles or doubling back.\n\nIn segmentation ID 864691135641712236:\n\n- Front view: There is a branching observed where one section seems to diverge. However, no immediate apparent merge characteristics.\n- Side view: Notice a section in the lower part where the structure appears convoluted, suggesting a potential merge error.\n- Top view: No clear evidence of a merge due to the angle presented. \n\nThe section in the middle of the second segmentation might suggest a merge due to the abrupt changes in angle and convolution, which are common indications of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135641712236", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + } + ], + "root_id_requires_split":"864691135641712236", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_50_0", + "timestamp":null, + "merge_coords":"708666_565125_958686", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nWhen analyzing the images for merge errors, we must focus on identifying signs of inappropriate grouping of processes from different neurons:\n\n1. **Segment ID 864691135741593451:**\n - **Front View:** Displays a complex structure with several branches. \n - **Side View:** Provides a clearer view of the branching but lacks any sharp turns or unexpected structures typical of a merge error.\n - **Top View:** Shows branching but no doubling back of branches.\n\n2. **Segment ID 864691135868060950:**\n - **Front View:** This segment shows a single, linear pattern with consistent branching.\n - **Side View:** Continues the linear structure without any signs of branching complexity that would indicate a merge.\n - **Top View:** Similar to the other views, no sharp angles or doubling back is visible.\n\nBoth segments do not exhibit the distinctive characteristics of merge errors, such as axons abruptly doubling back or forming inappropriate angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"When analyzing the images for merge errors, we must focus on identifying signs of inappropriate grouping of processes from different neurons:\n\n1. **Segment ID 864691135741593451:**\n - **Front View:** Displays a complex structure with several branches. \n - **Side View:** Provides a clearer view of the branching but lacks any sharp turns or unexpected structures typical of a merge error.\n - **Top View:** Shows branching but no doubling back of branches.\n\n2. **Segment ID 864691135868060950:**\n - **Front View:** This segment shows a single, linear pattern with consistent branching.\n - **Side View:** Continues the linear structure without any signs of branching complexity that would indicate a merge.\n - **Top View:** Similar to the other views, no sharp angles or doubling back is visible.\n\nBoth segments do not exhibit the distinctive characteristics of merge errors, such as axons abruptly doubling back or forming inappropriate angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135741593451", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + } + ], + "root_id_requires_split":"864691135741593451", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_50_1", + "timestamp":null, + "merge_coords":"708666_565125_958686", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135868060950), the axonal structure appears to follow a relatively linear path without noticeable irregularities that might suggest merging errors. There are no visible signs of abrupt angles or doubling back of the axon.\n\nIn the second set of images (Segment ID 864691135741593451), there are several branches appearing from the central structure. Notably, there seems to be some complex branching with the possibility of an axon doubling back or forming a sharp angle, which could indicate a potential merge error.\n\nConsidering the criteria for a merge error (aberrant axonal structure, doubling back after branching, or forming a ninety degree angle), the second set of images has features that suggest a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135868060950), the axonal structure appears to follow a relatively linear path without noticeable irregularities that might suggest merging errors. There are no visible signs of abrupt angles or doubling back of the axon.\n\nIn the second set of images (Segment ID 864691135741593451), there are several branches appearing from the central structure. Notably, there seems to be some complex branching with the possibility of an axon doubling back or forming a sharp angle, which could indicate a potential merge error.\n\nConsidering the criteria for a merge error (aberrant axonal structure, doubling back after branching, or forming a ninety degree angle), the second set of images has features that suggest a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135741593451", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + } + ], + "root_id_requires_split":"864691135741593451", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_51_0", + "timestamp":null, + "merge_coords":"1049730_629565_736554", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon reviewing the images, let's analyze each set for potential merge errors:\n\n1. **Segment ID 864691135133806496**\n\n - Front View: Shows an elongated, linear structure with no apparent merges.\n - Side View: Consistent with a single linear axon structure.\n - Top View: No evident signs of merging; structure maintains a single direction.\n\n2. **Segment ID 864691135868060950**\n\n - Front View: Displays a highly branched center with axons extending in multiple directions.\n - Side View: Potentially indicates merging as the structure appears more complicated and intertwined.\n - Top View: Supports the observation from the front view; suggests multiple pathways might be involved.\n\nThe second set, Segment ID 864691135868060950, exhibits characteristics consistent with a merge error such as the complex intertwining observed, which suggests processes from different neurons might be inappropriately grouped.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon reviewing the images, let's analyze each set for potential merge errors:\n\n1. **Segment ID 864691135133806496**\n\n - Front View: Shows an elongated, linear structure with no apparent merges.\n - Side View: Consistent with a single linear axon structure.\n - Top View: No evident signs of merging; structure maintains a single direction.\n\n2. **Segment ID 864691135868060950**\n\n - Front View: Displays a highly branched center with axons extending in multiple directions.\n - Side View: Potentially indicates merging as the structure appears more complicated and intertwined.\n - Top View: Supports the observation from the front view; suggests multiple pathways might be involved.\n\nThe second set, Segment ID 864691135868060950, exhibits characteristics consistent with a merge error such as the complex intertwining observed, which suggests processes from different neurons might be inappropriately grouped.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135133806496", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + } + ], + "root_id_requires_split":"864691135133806496", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_51_1", + "timestamp":null, + "merge_coords":"1049730_629565_736554", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135868060950), the neuronal structure is more complex with many branches, but there does not appear to be any obvious merge error characteristics.\n\nIn the second set of images (Segment ID 864691135133806496), there is a distinct point where two branches form an abrupt angle which might suggest a potential merge error, as it resembles the described ninety-degree angle formation. This kind of structure is a typical indicator of a merge error, as the axon likely joins another axon incorrectly.\n\nGiven this analysis, the second set appears to have a more evident merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135868060950), the neuronal structure is more complex with many branches, but there does not appear to be any obvious merge error characteristics.\n\nIn the second set of images (Segment ID 864691135133806496), there is a distinct point where two branches form an abrupt angle which might suggest a potential merge error, as it resembles the described ninety-degree angle formation. This kind of structure is a typical indicator of a merge error, as the axon likely joins another axon incorrectly.\n\nGiven this analysis, the second set appears to have a more evident merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135133806496", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + } + ], + "root_id_requires_split":"864691135133806496", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_52_0", + "timestamp":null, + "merge_coords":"833157_860125_820407", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided images from each segment, we need to focus on the center of the volume for potential merge errors such as an axon doubling back or forming a ninety degree angle when joining with another axon.\n\n**Segment ID 864691135380474354:**\n\n- **Front view:** The axonal structure appears complex, but there is no clear indication of unusual behavior like doubling back or abrupt angles at the center.\n- **Side view:** Exhibits branching but not in a manner that suggests a merge error.\n- **Top view:** The connections seem continuous without abrupt directional changes, suggesting natural branching rather than a merge error.\n\n**Segment ID 864691135868060950:**\n\n- **Front view:** The axon is relatively linear and lacks significant branching at the center that might suggest a merge.\n- **Side view:** Similarly shows a consistently flowing pattern without evidence of merging irregularities.\n- **Top view:** Displays a continuous pathway without abrupt directional changes or angles at the center.\n\nUpon reviewing both sets of images, there are no evident signs of merge errors such as doubling back or ninety-degree angles in the provided perspectives.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided images from each segment, we need to focus on the center of the volume for potential merge errors such as an axon doubling back or forming a ninety degree angle when joining with another axon.\n\n**Segment ID 864691135380474354:**\n\n- **Front view:** The axonal structure appears complex, but there is no clear indication of unusual behavior like doubling back or abrupt angles at the center.\n- **Side view:** Exhibits branching but not in a manner that suggests a merge error.\n- **Top view:** The connections seem continuous without abrupt directional changes, suggesting natural branching rather than a merge error.\n\n**Segment ID 864691135868060950:**\n\n- **Front view:** The axon is relatively linear and lacks significant branching at the center that might suggest a merge.\n- **Side view:** Similarly shows a consistently flowing pattern without evidence of merging irregularities.\n- **Top view:** Displays a continuous pathway without abrupt directional changes or angles at the center.\n\nUpon reviewing both sets of images, there are no evident signs of merge errors such as doubling back or ninety-degree angles in the provided perspectives.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135380474354", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + } + ], + "root_id_requires_split":"864691135380474354", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_52_1", + "timestamp":null, + "merge_coords":"833157_860125_820407", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the neuronal morphology from the images provided, we're looking for evidence of axonal merge errors, which might show as unusual axonal structures, such as doubling back or sharp, unnatural angles.\n\nFor Segment ID 864691135868060950:\n- Front view: The structure appears to have a long, continuous process with some branching.\n- Side view: The process looks arching without significant deviation.\n- Top view: The process extends in a mostly coherent fashion with some branching.\n\nFor Segment ID 864691135380474354:\n- Front view: The axonal structure appears complex with significant branching, but no evident merges.\n- Side view: There is a distinct crossing pattern, potentially indicating a merge but not conclusively.\n- Top view: The branching appears more interconnected, suggesting the possibility of a merge, especially where branches intersect at sharp angles.\n\nComparing the two, Segment ID 864691135380474354 shows more evidence of possible merge errors, particularly in how the branches intersect and connect. The intersecting patterns and angles observed in the side and top views suggest a possible merge error, making it the more likely candidate.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the neuronal morphology from the images provided, we're looking for evidence of axonal merge errors, which might show as unusual axonal structures, such as doubling back or sharp, unnatural angles.\n\nFor Segment ID 864691135868060950:\n- Front view: The structure appears to have a long, continuous process with some branching.\n- Side view: The process looks arching without significant deviation.\n- Top view: The process extends in a mostly coherent fashion with some branching.\n\nFor Segment ID 864691135380474354:\n- Front view: The axonal structure appears complex with significant branching, but no evident merges.\n- Side view: There is a distinct crossing pattern, potentially indicating a merge but not conclusively.\n- Top view: The branching appears more interconnected, suggesting the possibility of a merge, especially where branches intersect at sharp angles.\n\nComparing the two, Segment ID 864691135380474354 shows more evidence of possible merge errors, particularly in how the branches intersect and connect. The intersecting patterns and angles observed in the side and top views suggest a possible merge error, making it the more likely candidate.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135380474354", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + } + ], + "root_id_requires_split":"864691135380474354", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_53_0", + "timestamp":null, + "merge_coords":"791411_675627_761397", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nWhen examining the segmentation for potential merge errors, we look for characteristics like axons doubling back or appearing to make an unnatural turn, such as a ninety-degree angle, which suggests processes from different neurons may have been incorrectly grouped together.\n\n1. **Segment ID 864691135932820910**:\n - Front view: The structure appears to extend without obvious doubling back or sharp angles.\n - Side view: Similar to the front view, the axon extends naturally without sharp deviations.\n - Top view: Again, the path of the axon seems continuous and smooth without indication of merging errors.\n\n2. **Segment ID 864691135868060950**:\n - Front view: The segment seems to exhibit a consistent pathway until midway where there might be a slight deviation.\n - Side view: The segment displays a relatively uniform extension and does not show clear aberrations.\n - Top view: A possible sharp angle is formed early in the path, suggesting a potential unnatural junction that could arise from different neurons being merged mistakenly.\n\nConsidering the descriptions above, the second segment (ID 864691135868060950) exhibits potential signs of a merge error due to the unnatural angles observed, particularly noticeable in the top view.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"When examining the segmentation for potential merge errors, we look for characteristics like axons doubling back or appearing to make an unnatural turn, such as a ninety-degree angle, which suggests processes from different neurons may have been incorrectly grouped together.\n\n1. **Segment ID 864691135932820910**:\n - Front view: The structure appears to extend without obvious doubling back or sharp angles.\n - Side view: Similar to the front view, the axon extends naturally without sharp deviations.\n - Top view: Again, the path of the axon seems continuous and smooth without indication of merging errors.\n\n2. **Segment ID 864691135868060950**:\n - Front view: The segment seems to exhibit a consistent pathway until midway where there might be a slight deviation.\n - Side view: The segment displays a relatively uniform extension and does not show clear aberrations.\n - Top view: A possible sharp angle is formed early in the path, suggesting a potential unnatural junction that could arise from different neurons being merged mistakenly.\n\nConsidering the descriptions above, the second segment (ID 864691135868060950) exhibits potential signs of a merge error due to the unnatural angles observed, particularly noticeable in the top view.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135932820910", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135932820910", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_53_1", + "timestamp":null, + "merge_coords":"791411_675627_761397", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nBoth segmentations represent portions of neuronal data, and we are tasked with determining if either shows evidence of merge errors, specifically focusing on signs like axons doubling back or making sharp, unnatural turns.\n\n1. **Segment ID 864691135868060950**:\n - **Front View**: Displays a natural-looking curve without extreme angles.\n - **Side View**: Shows a mostly linear path with slight curving, lacking any abrupt changes.\n - **Top View**: The structure doesn't exhibit any sharp angles suggestive of a merge error.\n\n2. **Segment ID 864691135932820910**:\n - **Front View**: There is a noticeable branching with a linear portion doubling back in a manner that's unusual for natural axonal behavior, indicative of a potential merge.\n - **Side View**: Exhibits a section where the structure bends sharply, which aligns with known characteristics of merge errors.\n - **Top View**: Also displays a significant deviation and turning back that might suggest incorrect merging of processes.\n\nBased on the presented views, Segment ID 864691135932820910 is more likely to exhibit a merge error due to the presence of unnatural angling and curving patterns within the neuron's morphology.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Both segmentations represent portions of neuronal data, and we are tasked with determining if either shows evidence of merge errors, specifically focusing on signs like axons doubling back or making sharp, unnatural turns.\n\n1. **Segment ID 864691135868060950**:\n - **Front View**: Displays a natural-looking curve without extreme angles.\n - **Side View**: Shows a mostly linear path with slight curving, lacking any abrupt changes.\n - **Top View**: The structure doesn't exhibit any sharp angles suggestive of a merge error.\n\n2. **Segment ID 864691135932820910**:\n - **Front View**: There is a noticeable branching with a linear portion doubling back in a manner that's unusual for natural axonal behavior, indicative of a potential merge.\n - **Side View**: Exhibits a section where the structure bends sharply, which aligns with known characteristics of merge errors.\n - **Top View**: Also displays a significant deviation and turning back that might suggest incorrect merging of processes.\n\nBased on the presented views, Segment ID 864691135932820910 is more likely to exhibit a merge error due to the presence of unnatural angling and curving patterns within the neuron's morphology.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135932820910", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135932820910", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_54_0", + "timestamp":null, + "merge_coords":"1214031_587391_708267", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the two sets of 3D segmentation images from different views (front, side, and top), we should look for signs of potential axonal merge errors, such as unnatural structures or abrupt angles.\n\n1. For Segment ID 864691135066083261:\n - In the views, this segment appears to have a fairly uniform and continuous structure without obvious inconsistencies, abrupt changes in direction, or unnatural doubling back that could indicate a merge error.\n\n2. For Segment ID 864691135868060950:\n - This segment shows a more irregular pattern with several abrupt changes in direction, particularly visible in the side view where the segment curves significantly. Such sharp curvatures could be suggestive of a merge error where processes from different neurons may have been incorrectly segmented together.\n\nBased on the descriptions of common merge error characteristics and the analysis of the provided images, Segment ID 864691135868060950 shows potential signs of a merge error with its unusual bending and curvature patterns, particularly visible from the side perspective.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the two sets of 3D segmentation images from different views (front, side, and top), we should look for signs of potential axonal merge errors, such as unnatural structures or abrupt angles.\n\n1. For Segment ID 864691135066083261:\n - In the views, this segment appears to have a fairly uniform and continuous structure without obvious inconsistencies, abrupt changes in direction, or unnatural doubling back that could indicate a merge error.\n\n2. For Segment ID 864691135868060950:\n - This segment shows a more irregular pattern with several abrupt changes in direction, particularly visible in the side view where the segment curves significantly. Such sharp curvatures could be suggestive of a merge error where processes from different neurons may have been incorrectly segmented together.\n\nBased on the descriptions of common merge error characteristics and the analysis of the provided images, Segment ID 864691135868060950 shows potential signs of a merge error with its unusual bending and curvature patterns, particularly visible from the side perspective.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135066083261", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135066083261", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_54_1", + "timestamp":null, + "merge_coords":"1214031_587391_708267", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two samples provided:\n\n1. **Segment ID 864691135868060950**:\n - Front View: The structure appears elongated with potential branching, but no evident merge errors such as doubling back or extreme angles are visible.\n - Side View: Again, the structure is fairly consistent without noticeable irregularities indicative of a merge error.\n - Top View: The trajectory remains uniform, with no aberrant bends or doublings.\n\n2. **Segment ID 864691135066083261**:\n - Front View: There is a significant bulge at the start, leading to a narrower pathway, but the structure itself does not show typical signs of a merge.\n - Side View: The segment retains a mostly straight path without unusual turns that could indicate a merge error.\n - Top View: The pathway is consistent without any unusual zigzagging or angles.\n\nNeither segment exhibits definitive characteristics of merge errors such as doubling back or forming sharp ninety-degree angles commonly associated with improper axonal groupings.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the two samples provided:\n\n1. **Segment ID 864691135868060950**:\n - Front View: The structure appears elongated with potential branching, but no evident merge errors such as doubling back or extreme angles are visible.\n - Side View: Again, the structure is fairly consistent without noticeable irregularities indicative of a merge error.\n - Top View: The trajectory remains uniform, with no aberrant bends or doublings.\n\n2. **Segment ID 864691135066083261**:\n - Front View: There is a significant bulge at the start, leading to a narrower pathway, but the structure itself does not show typical signs of a merge.\n - Side View: The segment retains a mostly straight path without unusual turns that could indicate a merge error.\n - Top View: The pathway is consistent without any unusual zigzagging or angles.\n\nNeither segment exhibits definitive characteristics of merge errors such as doubling back or forming sharp ninety-degree angles commonly associated with improper axonal groupings.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135066083261", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135066083261", + "root_id_does_not_require_split":"864691135868060950" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_55_0", + "timestamp":null, + "merge_coords":"621271_848673_762520", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nLet's analyze the two segments for merge errors:\n\n1. **Segment ID 864691135384096235:**\n - **Front View:** There is a branching pattern but no obvious abnormalities like an axon doubling back or forming a right angle.\n - **Side View:** The axonal structure seems linear without doubling back.\n - **Top View:** Similar to the front view, the axonal paths look regular.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** The leftmost section of the axon seems to double back toward the center, which is a possible sign of a merge error.\n - **Side View:** There is a noticeable curvature back toward the center.\n - **Top View:** There is a convergence at the center, suggesting potential crossing over or inappropriate merging with another axon.\n\nThe second segment displays characteristics of a merge error, specifically the doubling back and angle changes around the center.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Let's analyze the two segments for merge errors:\n\n1. **Segment ID 864691135384096235:**\n - **Front View:** There is a branching pattern but no obvious abnormalities like an axon doubling back or forming a right angle.\n - **Side View:** The axonal structure seems linear without doubling back.\n - **Top View:** Similar to the front view, the axonal paths look regular.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** The leftmost section of the axon seems to double back toward the center, which is a possible sign of a merge error.\n - **Side View:** There is a noticeable curvature back toward the center.\n - **Top View:** There is a convergence at the center, suggesting potential crossing over or inappropriate merging with another axon.\n\nThe second segment displays characteristics of a merge error, specifically the doubling back and angle changes around the center.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135384096235", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + } + ], + "root_id_requires_split":"864691135384096235", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_55_1", + "timestamp":null, + "merge_coords":"621271_848673_762520", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two sets of images for potential merge errors:\n\n1. **Segment ID 864691135275621605**\n\n - **Front View:** Shows multiple branches that seem to diverge and then reconnect, but there's no clear sign of abnormal axonal doubling back or sharp ninety-degree angles associated with merge errors.\n - **Side View:** Displays the neuron's path, and while there are twists and turns, they appear consistent with natural neuronal morphology without sudden sharp changes or backtracks.\n - **Top View:** Similar to the front view, branches appear to spread out naturally without evidence of angle formations indicative of merging errors.\n\n2. **Segment ID 864691135384096235**\n\n - **Front View:** At the center, there\u2019s a peculiar branching angle that is sharper and more perpendicular relative to other branches, suggesting a possible merge where it might have joined another neuron's axon.\n - **Side View:** Also shows a potential abrupt path change that supports the possibility of a merge error where an axon might have improperly connected.\n - **Top View:** Reinforces the sharp angle observation from the front view, with clearer visibility of the abrupt directional change.\n\nThe distinct ninety-degree angle and abrupt direction change observed in Segment ID 864691135384096235 suggests a merge error more convincingly than the more natural appearing branching in Segment ID 864691135275621605.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the two sets of images for potential merge errors:\n\n1. **Segment ID 864691135275621605**\n\n - **Front View:** Shows multiple branches that seem to diverge and then reconnect, but there's no clear sign of abnormal axonal doubling back or sharp ninety-degree angles associated with merge errors.\n - **Side View:** Displays the neuron's path, and while there are twists and turns, they appear consistent with natural neuronal morphology without sudden sharp changes or backtracks.\n - **Top View:** Similar to the front view, branches appear to spread out naturally without evidence of angle formations indicative of merging errors.\n\n2. **Segment ID 864691135384096235**\n\n - **Front View:** At the center, there\u2019s a peculiar branching angle that is sharper and more perpendicular relative to other branches, suggesting a possible merge where it might have joined another neuron's axon.\n - **Side View:** Also shows a potential abrupt path change that supports the possibility of a merge error where an axon might have improperly connected.\n - **Top View:** Reinforces the sharp angle observation from the front view, with clearer visibility of the abrupt directional change.\n\nThe distinct ninety-degree angle and abrupt direction change observed in Segment ID 864691135384096235 suggests a merge error more convincingly than the more natural appearing branching in Segment ID 864691135275621605.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135384096235", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + } + ], + "root_id_requires_split":"864691135384096235", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_56_0", + "timestamp":null, + "merge_coords":"1384103_594715_657993", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentations of neuronal data, we need to check for merge errors, which can be suggested by characteristics such as branching back towards the origin or forming sharp angles upon joining.\n\n1. The first set of images (Views shown: front, side, top) reveals a more complex structure with branches extending in different directions. The structure does not show any evident sharp angles or unusual formations that are typically indicative of merge errors.\n\n2. The second set of images (Views shown: front, side, top) presents a simpler, more linear structure. From these views, especially from the side, there are no significant turns or backtracking branches, which might suggest typical merge errors.\n\nAfter analyzing both segmentations, neither shows clear signs of merge errors described, such as the doubled-back branches or the sharp angles when joining different processes.\n\nTherefore, considering the visual evidence, both segmentations do not exhibit recognizable merge errors based on the provided criteria.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentations of neuronal data, we need to check for merge errors, which can be suggested by characteristics such as branching back towards the origin or forming sharp angles upon joining.\n\n1. The first set of images (Views shown: front, side, top) reveals a more complex structure with branches extending in different directions. The structure does not show any evident sharp angles or unusual formations that are typically indicative of merge errors.\n\n2. The second set of images (Views shown: front, side, top) presents a simpler, more linear structure. From these views, especially from the side, there are no significant turns or backtracking branches, which might suggest typical merge errors.\n\nAfter analyzing both segmentations, neither shows clear signs of merge errors described, such as the doubled-back branches or the sharp angles when joining different processes.\n\nTherefore, considering the visual evidence, both segmentations do not exhibit recognizable merge errors based on the provided criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136110123960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136110123960", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_56_1", + "timestamp":null, + "merge_coords":"1384103_594715_657993", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe analysis focuses on checking for merge errors in the given neuronal segments:\n\n1. **Segment ID 864691135275621605**:\n - **Front View**: The structure appears elongated and linear without any evident aberrant structures.\n - **Side View**: Consistent with a single axonal structure, maintaining a relatively straight path.\n - **Top View**: No clear signs of doubling back or unnatural angles are visible.\n\n2. **Segment ID 864691136110123960**:\n - **Front View**: Multiple branching structures extend in various directions, which can often indicate a potential merge error if they show abrupt joins or right angles.\n - **Side View**: Shows complex branching, but there is no clear evidence of any axonal doubling back or joining at unnatural angles.\n - **Top View**: Confirms complex branches, yet still lacks unmistakable signs of a merge error like a doubling back or abrupt ninety-degree angles at joins.\n\nIn both segments analyzed, there aren't clear indicators of a merge error based on the typical signs outlined.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The analysis focuses on checking for merge errors in the given neuronal segments:\n\n1. **Segment ID 864691135275621605**:\n - **Front View**: The structure appears elongated and linear without any evident aberrant structures.\n - **Side View**: Consistent with a single axonal structure, maintaining a relatively straight path.\n - **Top View**: No clear signs of doubling back or unnatural angles are visible.\n\n2. **Segment ID 864691136110123960**:\n - **Front View**: Multiple branching structures extend in various directions, which can often indicate a potential merge error if they show abrupt joins or right angles.\n - **Side View**: Shows complex branching, but there is no clear evidence of any axonal doubling back or joining at unnatural angles.\n - **Top View**: Confirms complex branches, yet still lacks unmistakable signs of a merge error like a doubling back or abrupt ninety-degree angles at joins.\n\nIn both segments analyzed, there aren't clear indicators of a merge error based on the typical signs outlined.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136110123960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136110123960", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_57_0", + "timestamp":null, + "merge_coords":"548478_859866_713454", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691136201815530), the 3D structure exhibits irregular branching and potential crossings, which might suggest a merge error. The branching patterns appear complex, and there are parts where the branching configuration seems unnatural, such as sharp turns or branches curving back towards the main structure.\n\nIn the second set of images (Segment ID 864691135275621605), the structure appears to be straighter and more consistent, with fewer branches. The continuous linear pattern suggests that this segment might be a single uninterrupted axon without merges. \n\nBased on the criteria provided, the first segment demonstrates characteristics that align with typical merge errors, particularly at the branching areas.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691136201815530), the 3D structure exhibits irregular branching and potential crossings, which might suggest a merge error. The branching patterns appear complex, and there are parts where the branching configuration seems unnatural, such as sharp turns or branches curving back towards the main structure.\n\nIn the second set of images (Segment ID 864691135275621605), the structure appears to be straighter and more consistent, with fewer branches. The continuous linear pattern suggests that this segment might be a single uninterrupted axon without merges. \n\nBased on the criteria provided, the first segment demonstrates characteristics that align with typical merge errors, particularly at the branching areas.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136201815530", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + } + ], + "root_id_requires_split":"864691136201815530", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_57_1", + "timestamp":null, + "merge_coords":"548478_859866_713454", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images show two sets of 3D segmentations of neuronal data from different views. \n\nSegment ID 864691135275621605:\n- From the front, side, and top views, this segment appears as a relatively straight line without any abrupt changes in direction, which indicates a lack of obvious merge errors.\n\nSegment ID 864691136201815530:\n- The front view shows an intricate branching structure.\n- The side and top views reveal a section that curves back on itself or bifurcates sharply.\n- This appearance could suggest potential merge errors due to anomalies like axons doubling back or sharp angles indicative of inappropriate segment merging.\n\nThe second segment's complex structure, especially the sharp turns and backtracking, fits the description of possible merge errors, whereas the first segment appears more typical with few complex formations.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The images show two sets of 3D segmentations of neuronal data from different views. \n\nSegment ID 864691135275621605:\n- From the front, side, and top views, this segment appears as a relatively straight line without any abrupt changes in direction, which indicates a lack of obvious merge errors.\n\nSegment ID 864691136201815530:\n- The front view shows an intricate branching structure.\n- The side and top views reveal a section that curves back on itself or bifurcates sharply.\n- This appearance could suggest potential merge errors due to anomalies like axons doubling back or sharp angles indicative of inappropriate segment merging.\n\nThe second segment's complex structure, especially the sharp turns and backtracking, fits the description of possible merge errors, whereas the first segment appears more typical with few complex formations.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136201815530", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + } + ], + "root_id_requires_split":"864691136201815530", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_58_0", + "timestamp":null, + "merge_coords":"521955_855865_689146", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe two segments presented in the images show different morphological structures that need to be analyzed for potential merge errors. \n\n1. **Segment ID 864691135335664361**:\n - **Front View**: The structure is complex with numerous branches and convolutions, which is typical for dendritic trees. However, the complexity alone doesn\u2019t necessarily indicate a merge error.\n - **Side View**: There is no apparent abnormal doubling back or sharp ninety-degree angles.\n - **Top View**: The structure appears consistent with complex but legitimate dendritic branching.\n\n2. **Segment ID 864691135275621605**:\n - **Front View**: This segment appears as a singular, elongated process. \n - **Side View**: The segment remains linear without evidence of doubling back or unnatural angles.\n - **Top View**: Consistent with an axonal or dendritic branch, no merge errors are evident.\n\nThere are no indications of unnatural joining or structural abnormalities in either segment that would suggest a merge error. Both segments appear within typical biological variability for neuronal processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The two segments presented in the images show different morphological structures that need to be analyzed for potential merge errors. \n\n1. **Segment ID 864691135335664361**:\n - **Front View**: The structure is complex with numerous branches and convolutions, which is typical for dendritic trees. However, the complexity alone doesn\u2019t necessarily indicate a merge error.\n - **Side View**: There is no apparent abnormal doubling back or sharp ninety-degree angles.\n - **Top View**: The structure appears consistent with complex but legitimate dendritic branching.\n\n2. **Segment ID 864691135275621605**:\n - **Front View**: This segment appears as a singular, elongated process. \n - **Side View**: The segment remains linear without evidence of doubling back or unnatural angles.\n - **Top View**: Consistent with an axonal or dendritic branch, no merge errors are evident.\n\nThere are no indications of unnatural joining or structural abnormalities in either segment that would suggest a merge error. Both segments appear within typical biological variability for neuronal processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135335664361", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + } + ], + "root_id_requires_split":"864691135335664361", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_58_1", + "timestamp":null, + "merge_coords":"521955_855865_689146", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135275621605), the segmentation appears to be a long, continuous process with no apparent crossings or abrupt changes in direction that would indicate a merge error. The structure maintains a generally consistent trajectory without any noticeable sharp angles or doublings back indicative of merges.\n\nIn the second set of images (Segment ID 864691135335664361), the segmentation is denser and more complex, showing a more tangled structure. However, the images do not display any clear signs of doubling back or unnatural angular connections from different neurons at the center of the volume. \n\nNeither segmentation displays the characteristic aberrant axonal structure like doubling back or forming sharp angles at the center of the image, which are typical indicators of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135275621605), the segmentation appears to be a long, continuous process with no apparent crossings or abrupt changes in direction that would indicate a merge error. The structure maintains a generally consistent trajectory without any noticeable sharp angles or doublings back indicative of merges.\n\nIn the second set of images (Segment ID 864691135335664361), the segmentation is denser and more complex, showing a more tangled structure. However, the images do not display any clear signs of doubling back or unnatural angular connections from different neurons at the center of the volume. \n\nNeither segmentation displays the characteristic aberrant axonal structure like doubling back or forming sharp angles at the center of the image, which are typical indicators of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135335664361", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + } + ], + "root_id_requires_split":"864691135335664361", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_59_0", + "timestamp":null, + "merge_coords":"609711_818165_741822", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided images, the following observations were made for potential merge errors:\n\nFor Segment ID 864691135783670835:\n- **Front View:** There is a noticeable straight path with some branching.\n- **Side View:** The structure appears to primarily deviate from the central path.\n- **Top View:** Similar deviation from the central path with no evidence of 90-degree turns or obvious merging patterns.\n\nFor Segment ID 864691135275621605:\n- **Front View:** Similar linearity with less branching compared to the first segment.\n- **Side View:** Consistent with a single axonal path.\n- **Top View:** Maintains direction with no evident crossings or 90-degree angles.\n\nNeither segment shows apparent merge errors such as doubling back, 90-degree angles, or unnatural interfaces between branches typical of improper merges.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images, the following observations were made for potential merge errors:\n\nFor Segment ID 864691135783670835:\n- **Front View:** There is a noticeable straight path with some branching.\n- **Side View:** The structure appears to primarily deviate from the central path.\n- **Top View:** Similar deviation from the central path with no evidence of 90-degree turns or obvious merging patterns.\n\nFor Segment ID 864691135275621605:\n- **Front View:** Similar linearity with less branching compared to the first segment.\n- **Side View:** Consistent with a single axonal path.\n- **Top View:** Maintains direction with no evident crossings or 90-degree angles.\n\nNeither segment shows apparent merge errors such as doubling back, 90-degree angles, or unnatural interfaces between branches typical of improper merges.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135783670835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + } + ], + "root_id_requires_split":"864691135783670835", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_59_1", + "timestamp":null, + "merge_coords":"609711_818165_741822", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the given images, we need to look for signs of merge errors, which typically manifest as unusual axonal structures, such as an axon doubling back or forming a ninety-degree angle after branching off.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** The structure appears to extend in a relatively smooth path without obvious abrupt angles or doubling back.\n - **Side View:** There is some minor branching, but nothing that clearly indicates a merge error.\n - **Top View:** The axon appears continuous without significant aberrations.\n\n2. **Segment ID 864691135783670835:**\n - **Front View:** The structure seems relatively straightforward without significant kinks or doubling.\n - **Side View:** There's some branching visible, but no obvious signs of a merge error.\n - **Top View:** The axon extends in a linear path with minor branching.\n\nBased on the views provided, neither segment exhibits the classic signs of a merge error, such as axonal doubling back or forming sharp angles that suggest inappropriate merging.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the given images, we need to look for signs of merge errors, which typically manifest as unusual axonal structures, such as an axon doubling back or forming a ninety-degree angle after branching off.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** The structure appears to extend in a relatively smooth path without obvious abrupt angles or doubling back.\n - **Side View:** There is some minor branching, but nothing that clearly indicates a merge error.\n - **Top View:** The axon appears continuous without significant aberrations.\n\n2. **Segment ID 864691135783670835:**\n - **Front View:** The structure seems relatively straightforward without significant kinks or doubling.\n - **Side View:** There's some branching visible, but no obvious signs of a merge error.\n - **Top View:** The axon extends in a linear path with minor branching.\n\nBased on the views provided, neither segment exhibits the classic signs of a merge error, such as axonal doubling back or forming sharp angles that suggest inappropriate merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135783670835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + } + ], + "root_id_requires_split":"864691135783670835", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_60_0", + "timestamp":null, + "merge_coords":"609924_818643_741741", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. For the first segment (Segment ID 864691136275291917), the 3D structure shows a meandering shape with no clear signs of a merge error like doubling back or right-angle turns at a join. The structure appears continuous without unexpected branches or angles typical of merges. \n\n2. In the second segment (Segment ID 864691135275621605), the structures appear to show a more linear continuous path, with no obvious signs of an aberrant structure. There is a branching point, but it doesn't exhibit the specific characteristics of a merge error such as doubling back or forming angles consistent with inappropriate joins.\n\nThus, neither segment clearly exhibits the structural characteristics typically associated with merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. For the first segment (Segment ID 864691136275291917), the 3D structure shows a meandering shape with no clear signs of a merge error like doubling back or right-angle turns at a join. The structure appears continuous without unexpected branches or angles typical of merges. \n\n2. In the second segment (Segment ID 864691135275621605), the structures appear to show a more linear continuous path, with no obvious signs of an aberrant structure. There is a branching point, but it doesn't exhibit the specific characteristics of a merge error such as doubling back or forming angles consistent with inappropriate joins.\n\nThus, neither segment clearly exhibits the structural characteristics typically associated with merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136275291917", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136275291917", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_60_1", + "timestamp":null, + "merge_coords":"609924_818643_741741", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are examining two different segments for possible merge errors in neuronal structures.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** The segment appears to be relatively straight, without observable deviations.\n - **Side View:** There is a slight deviation, but not significant enough to indicate a merge.\n - **Top View:** The segment is consistent with the front and side views, maintaining a straight path without significant anomalies.\n\n2. **Segment ID 864691136275291917:**\n - **Front View:** The segment shows some curvature.\n - **Side View:** A noticeable bend at a sharp angle (~90 degrees) is visible, raising a flag for a potential merge error.\n - **Top View:** Consistent with the side view, showing the sharp angle, which may indicate a possible aberrant branching or merge.\n\nBased on these observations, Segment 2 shows characteristics that align with potential merge errors, such as the formation of a sharp angle.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we are examining two different segments for possible merge errors in neuronal structures.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** The segment appears to be relatively straight, without observable deviations.\n - **Side View:** There is a slight deviation, but not significant enough to indicate a merge.\n - **Top View:** The segment is consistent with the front and side views, maintaining a straight path without significant anomalies.\n\n2. **Segment ID 864691136275291917:**\n - **Front View:** The segment shows some curvature.\n - **Side View:** A noticeable bend at a sharp angle (~90 degrees) is visible, raising a flag for a potential merge error.\n - **Top View:** Consistent with the side view, showing the sharp angle, which may indicate a possible aberrant branching or merge.\n\nBased on these observations, Segment 2 shows characteristics that align with potential merge errors, such as the formation of a sharp angle.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136275291917", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136275291917", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_61_0", + "timestamp":null, + "merge_coords":"611775_680739_721728", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe first set of images (Segment ID 864691135698408981) shows a complex structure with branches. It may contain potential merge errors, as the structure appears to have points where separate branches could have joined incorrectly. Specifically, there are segments where axons double back or form unusually sharp angles, which could indicate an inappropriate merge.\n\nThe second set of images (Segment ID 864691135275621605) displays a simpler structure with less branching. The branches do not exhibit characteristics typically associated with merge errors, such as doubling back or forming ninety-degree angles.\n\nGiven the indicators of merging errors are more evident in the first set of images, it's the more likely candidate for a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The first set of images (Segment ID 864691135698408981) shows a complex structure with branches. It may contain potential merge errors, as the structure appears to have points where separate branches could have joined incorrectly. Specifically, there are segments where axons double back or form unusually sharp angles, which could indicate an inappropriate merge.\n\nThe second set of images (Segment ID 864691135275621605) displays a simpler structure with less branching. The branches do not exhibit characteristics typically associated with merge errors, such as doubling back or forming ninety-degree angles.\n\nGiven the indicators of merging errors are more evident in the first set of images, it's the more likely candidate for a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135698408981", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135698408981", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_61_1", + "timestamp":null, + "merge_coords":"611775_680739_721728", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining both sets of images for each segment, here are the observations:\n\n### Segment ID 864691135275621605:\n1. **Front View**: This segment appears elongated and has a narrow structure.\n2. **Side View**: There are no evident sharp turns or doubling back of processes that would indicate merge errors.\n3. **Top View**: The structure is consistent and linear without unusual branchings or angles.\n\n### Segment ID 864691135698408981:\n1. **Front View**: This segment shows a more complex branching pattern, which could potentially lead to merge errors.\n2. **Side View**: There is a noticeable curvature and branching, but no evident sharp ninety-degree angles.\n3. **Top View**: The branchings appear complex but don't show a doubling back or a clear ninety-degree angle that would suggest a merge error.\n\nConsidering the characteristics associated with merge errors, such as aberrant structure like doubling back or forming sharp angles, neither segment clearly displays these features.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining both sets of images for each segment, here are the observations:\n\n### Segment ID 864691135275621605:\n1. **Front View**: This segment appears elongated and has a narrow structure.\n2. **Side View**: There are no evident sharp turns or doubling back of processes that would indicate merge errors.\n3. **Top View**: The structure is consistent and linear without unusual branchings or angles.\n\n### Segment ID 864691135698408981:\n1. **Front View**: This segment shows a more complex branching pattern, which could potentially lead to merge errors.\n2. **Side View**: There is a noticeable curvature and branching, but no evident sharp ninety-degree angles.\n3. **Top View**: The branchings appear complex but don't show a doubling back or a clear ninety-degree angle that would suggest a merge error.\n\nConsidering the characteristics associated with merge errors, such as aberrant structure like doubling back or forming sharp angles, neither segment clearly displays these features.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135698408981", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135698408981", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_62_0", + "timestamp":null, + "merge_coords":"611496_680738_721796", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135279537057:**\n - **Front View:** The structure appears complex and could suggest potential branching, but no obvious signs of dramatic redirection or unnecessary 90-degree angles indicative of a merge error.\n - **Side and Top Views:** These views do not present any significant structural anomalies, such as a doubling back of the axon or sharp, abrupt turns typical of merge errors.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** There is a noticeable looping structure, with what could be considered an aberration, as one part of the segment seems to fold back in a loop.\n - **Side View:** This presents a clearer view of the looping structure, supporting the idea of merging with a potential separate neuronal structure or an erroneous loop back.\n - **Top View:** Shows the path of the structure, supporting the suspicion of a merge error due to the apparent return to a previous position.\n\nOverall, Segment ID 864691135275621605 exhibits characteristics typical of a merge error, primarily due to its looping structure and potential intersection appearing suggestive of inappropriate grouping.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691135279537057:**\n - **Front View:** The structure appears complex and could suggest potential branching, but no obvious signs of dramatic redirection or unnecessary 90-degree angles indicative of a merge error.\n - **Side and Top Views:** These views do not present any significant structural anomalies, such as a doubling back of the axon or sharp, abrupt turns typical of merge errors.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** There is a noticeable looping structure, with what could be considered an aberration, as one part of the segment seems to fold back in a loop.\n - **Side View:** This presents a clearer view of the looping structure, supporting the idea of merging with a potential separate neuronal structure or an erroneous loop back.\n - **Top View:** Shows the path of the structure, supporting the suspicion of a merge error due to the apparent return to a previous position.\n\nOverall, Segment ID 864691135275621605 exhibits characteristics typical of a merge error, primarily due to its looping structure and potential intersection appearing suggestive of inappropriate grouping.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135279537057", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135279537057", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_62_1", + "timestamp":null, + "merge_coords":"611496_680738_721796", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the 3D segmentations for potential merge errors, we look for signs such as an axon doubling back after branching or forming a sharp angle.\n\n1. In the first set of images (Segment ID 864691135275621605), the axonal structure appears elongated and doesn't show obvious signs of merging, such as awkward turns or branches doubling back.\n\n2. In the second set of images (Segment ID 864691135279537057), there seems to be a peculiar structure with an abrupt angle at the center of the segmentation, indicative of a possible merge error.\n\nGiven these observations, both could potentially have errors, but the second set shows more characteristic features of a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the 3D segmentations for potential merge errors, we look for signs such as an axon doubling back after branching or forming a sharp angle.\n\n1. In the first set of images (Segment ID 864691135275621605), the axonal structure appears elongated and doesn't show obvious signs of merging, such as awkward turns or branches doubling back.\n\n2. In the second set of images (Segment ID 864691135279537057), there seems to be a peculiar structure with an abrupt angle at the center of the segmentation, indicative of a possible merge error.\n\nGiven these observations, both could potentially have errors, but the second set shows more characteristic features of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135279537057", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135279537057", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_63_0", + "timestamp":null, + "merge_coords":"586660_608722_721879", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images for each segment:\n\n1. **Segment ID 864691135173212623:**\n - **Front View:** The structure appears as a single, continuous strand without significant deviations or angles that would suggest a merging of two different processes.\n - **Side View:** The segment maintains a single, coherent path, although there are slight branchings. These branchings do not show any apparent doubling back or sharp angles indicative of merges.\n - **Top View:** Consistent with other views, there are no obvious ninety-degree angles or doubled-back segments that would suggest a merge error.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** The structure displays intersecting elements, which could hint at merging; however, the orientations appear relatively coherent without abrupt deviations commonly seen in merge errors.\n - **Side View:** From this angle, there are intersections and branchings, but the paths appear smooth and coherent without sharp angular connections.\n - **Top View:** The continuation appears consistent, and there is no visible evidence of abrupt angle changes or doubled-back sections typical of merged segments.\n\nIn both segments, close scrutiny of branchings and intersections does not reveal compelling characteristics of merge errors such as doubling back or sharp ninety-degree angles. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images for each segment:\n\n1. **Segment ID 864691135173212623:**\n - **Front View:** The structure appears as a single, continuous strand without significant deviations or angles that would suggest a merging of two different processes.\n - **Side View:** The segment maintains a single, coherent path, although there are slight branchings. These branchings do not show any apparent doubling back or sharp angles indicative of merges.\n - **Top View:** Consistent with other views, there are no obvious ninety-degree angles or doubled-back segments that would suggest a merge error.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** The structure displays intersecting elements, which could hint at merging; however, the orientations appear relatively coherent without abrupt deviations commonly seen in merge errors.\n - **Side View:** From this angle, there are intersections and branchings, but the paths appear smooth and coherent without sharp angular connections.\n - **Top View:** The continuation appears consistent, and there is no visible evidence of abrupt angle changes or doubled-back sections typical of merged segments.\n\nIn both segments, close scrutiny of branchings and intersections does not reveal compelling characteristics of merge errors such as doubling back or sharp ninety-degree angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135173212623", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + } + ], + "root_id_requires_split":"864691135173212623", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_63_1", + "timestamp":null, + "merge_coords":"586660_608722_721879", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the provided images:\n\nFor the first set of images (Segment ID 864691135275621605):\n\n- The front view shows a long and wavy structure that seems to follow a somewhat consistent path. There doesn't appear to be a sudden doubling back or a sharp ninety-degree angle that might suggest a merge error.\n- The side and top views continue to show a wavy and unperturbed path, consistent with a single axonal structure.\n\nFor the second set of images (Segment ID 864691135173212623):\n\n- The front view reveals a less complex structure than the first set, yet there is a visible kink or potential branching point that could suggest a merge at first glance.\n- The side view shows a structure that has a significant bend or loop, suggesting unusual morphology that could indicate a merge error. This view provides evidence of possible axonal doubling back.\n- The top view complements the side view, reinforcing suspicions of an atypical morphological pattern indicative of a merge error.\n\nThe second set has distinct features that align with merge errors, such as unusual bending.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the provided images:\n\nFor the first set of images (Segment ID 864691135275621605):\n\n- The front view shows a long and wavy structure that seems to follow a somewhat consistent path. There doesn't appear to be a sudden doubling back or a sharp ninety-degree angle that might suggest a merge error.\n- The side and top views continue to show a wavy and unperturbed path, consistent with a single axonal structure.\n\nFor the second set of images (Segment ID 864691135173212623):\n\n- The front view reveals a less complex structure than the first set, yet there is a visible kink or potential branching point that could suggest a merge at first glance.\n- The side view shows a structure that has a significant bend or loop, suggesting unusual morphology that could indicate a merge error. This view provides evidence of possible axonal doubling back.\n- The top view complements the side view, reinforcing suspicions of an atypical morphological pattern indicative of a merge error.\n\nThe second set has distinct features that align with merge errors, such as unusual bending.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135173212623", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + } + ], + "root_id_requires_split":"864691135173212623", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_64_0", + "timestamp":null, + "merge_coords":"586575_609021_721927", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images show 3D segmentations of neuronal axons, with different views provided for each segment. Here's an analysis based on the characteristics of potential merge errors:\n\n1. **Segment 1**: \n - **Front view**: Shows a structure with what appears to be a branching pattern and areas that might suggest doubling back or unnatural bends.\n - **Side view**: Displays a more extended structure, and there might be an area where the axon seems to overlap or bend.\n - **Top view**: Highlights the complexity in the branches where a merge error might occur.\n\n2. **Segment 2**: \n - **Front view**: The structure is relatively linear with minor deviations and doesn\u2019t show obvious signs of doubling back.\n - **Side view**: Similar linear morphology, lacking signs of unnatural geometry.\n - **Top view**: Consistent with the other two views, maintaining a straightforward path.\n\nComparing these segments, Segment 1 shows more potential for a merge error due to its complexity and branching structure, which might mimic the characteristics of a problematic join. \n\nSegment 2, on the other hand, seems relatively straightforward and linear without the signs of a merge error, such as unnatural bends or complex overlapping paths.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images show 3D segmentations of neuronal axons, with different views provided for each segment. Here's an analysis based on the characteristics of potential merge errors:\n\n1. **Segment 1**: \n - **Front view**: Shows a structure with what appears to be a branching pattern and areas that might suggest doubling back or unnatural bends.\n - **Side view**: Displays a more extended structure, and there might be an area where the axon seems to overlap or bend.\n - **Top view**: Highlights the complexity in the branches where a merge error might occur.\n\n2. **Segment 2**: \n - **Front view**: The structure is relatively linear with minor deviations and doesn\u2019t show obvious signs of doubling back.\n - **Side view**: Similar linear morphology, lacking signs of unnatural geometry.\n - **Top view**: Consistent with the other two views, maintaining a straightforward path.\n\nComparing these segments, Segment 1 shows more potential for a merge error due to its complexity and branching structure, which might mimic the characteristics of a problematic join. \n\nSegment 2, on the other hand, seems relatively straightforward and linear without the signs of a merge error, such as unnatural bends or complex overlapping paths.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136313062717", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136313062717", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_64_1", + "timestamp":null, + "merge_coords":"586575_609021_721927", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two sets of images, we need to identify signs of aberrant axonal structures that indicate a merge error in neuronal data.\n\n1. **Segment ID 864691135275621605:**\n - The structure appears elongated with no evident sharp angles or doubling back. The axonal path maintains a relatively smooth, continuous line in all views, suggesting it follows a natural progression without sudden, sharp turns or anomalies typical of merge errors.\n\n2. **Segment ID 864691136313062717:**\n - There is a significant structural deviation, notably where the segment branches sharply. This branching at an odd angle could signify a merging error where two axons might have been combined incorrectly. The top view, in particular, shows this unusual branching or turning back upon itself, commonly associated with a merge error.\n\nBased on this analysis, Segment ID 864691136313062717 shows potential evidence of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the two sets of images, we need to identify signs of aberrant axonal structures that indicate a merge error in neuronal data.\n\n1. **Segment ID 864691135275621605:**\n - The structure appears elongated with no evident sharp angles or doubling back. The axonal path maintains a relatively smooth, continuous line in all views, suggesting it follows a natural progression without sudden, sharp turns or anomalies typical of merge errors.\n\n2. **Segment ID 864691136313062717:**\n - There is a significant structural deviation, notably where the segment branches sharply. This branching at an odd angle could signify a merging error where two axons might have been combined incorrectly. The top view, in particular, shows this unusual branching or turning back upon itself, commonly associated with a merge error.\n\nBased on this analysis, Segment ID 864691136313062717 shows potential evidence of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136313062717", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136313062717", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_65_0", + "timestamp":null, + "merge_coords":"552840_600395_690627", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691133461221931), the structure appears to have some irregularities that could suggest a merge error, such as unusual bends or thickness changes. However, it is not definitively clear if these indicate a merge error.\n\nIn the second set of images (Segment ID 864691135275621605), the segment shows a more linear structure without noticeable irregularities like sharp angles or doubling back that could suggest a merge error.\n\nBased on the given characteristics, neither segment displays clear signs of a merge error like evident ninety-degree angles or processes doubling back upon themselves inappropriately.\n\nTherefore, neither segmentation strongly indicates a definite merge error based on the visual analysis.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691133461221931), the structure appears to have some irregularities that could suggest a merge error, such as unusual bends or thickness changes. However, it is not definitively clear if these indicate a merge error.\n\nIn the second set of images (Segment ID 864691135275621605), the segment shows a more linear structure without noticeable irregularities like sharp angles or doubling back that could suggest a merge error.\n\nBased on the given characteristics, neither segment displays clear signs of a merge error like evident ninety-degree angles or processes doubling back upon themselves inappropriately.\n\nTherefore, neither segmentation strongly indicates a definite merge error based on the visual analysis.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691133461221931", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691133461221931", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_65_1", + "timestamp":null, + "merge_coords":"552840_600395_690627", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images, I will look for signs of axonal merge errors, which may be characterized by unusual structuring such as the axon doubling back after branching or forming sharp angles.\n\n1. Segment ID 864691135275621605:\n\nFront View: The segment appears linear and consistent.\nSide View: No unusual structures or angles appear.\nTop View: The segment maintains a consistent structure without doubling back or forming angles.\n\n2. Segment ID 864691133461221931:\n\nFront View: Notice a section that appears to branch and then double back upon itself.\nSide View: There is a possibility of a merge error due to the odd curvature and angular formation.\nTop View: The branching seems to loop back, which may suggest a merge error.\n\nSegment ID 864691133461221931 shows a potential merge error as it presents characteristics of aberrant axonal structure, specifically the branching and looping back indicated by sharp angles.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images, I will look for signs of axonal merge errors, which may be characterized by unusual structuring such as the axon doubling back after branching or forming sharp angles.\n\n1. Segment ID 864691135275621605:\n\nFront View: The segment appears linear and consistent.\nSide View: No unusual structures or angles appear.\nTop View: The segment maintains a consistent structure without doubling back or forming angles.\n\n2. Segment ID 864691133461221931:\n\nFront View: Notice a section that appears to branch and then double back upon itself.\nSide View: There is a possibility of a merge error due to the odd curvature and angular formation.\nTop View: The branching seems to loop back, which may suggest a merge error.\n\nSegment ID 864691133461221931 shows a potential merge error as it presents characteristics of aberrant axonal structure, specifically the branching and looping back indicated by sharp angles.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691133461221931", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691133461221931", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_66_0", + "timestamp":null, + "merge_coords":"563604_576053_714791", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images, the analysis is as follows:\n\nSegment ID 864691135688867794:\n- Front View: The structure appears elongated with branches that are relatively consistent without obvious signs of doubling back or forming abrupt angles.\n- Side View: The profile is linear and lacks any sharp turns or unusual deviations.\n- Top View: There seems to be a consistent, flowing structure without evidence of the axon branching back on itself or forming inappropriate angles.\n\nSegment ID 864691135275621605:\n- Front View: The structure is more varied with potential branching, but no clear indication of doubling back.\n- Side View: The axon appears to curve but does not show a distinctive 90-degree angle merge.\n- Top View: The structure extends forward without clear evidence of inappropriate merging or doubling back.\n\nBoth segments do not show clear evidence of axonal merge errors. The structures do not exhibit the characteristic signs of inappropriate mergers such as doubling back or abrupt angles at the branching points.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images, the analysis is as follows:\n\nSegment ID 864691135688867794:\n- Front View: The structure appears elongated with branches that are relatively consistent without obvious signs of doubling back or forming abrupt angles.\n- Side View: The profile is linear and lacks any sharp turns or unusual deviations.\n- Top View: There seems to be a consistent, flowing structure without evidence of the axon branching back on itself or forming inappropriate angles.\n\nSegment ID 864691135275621605:\n- Front View: The structure is more varied with potential branching, but no clear indication of doubling back.\n- Side View: The axon appears to curve but does not show a distinctive 90-degree angle merge.\n- Top View: The structure extends forward without clear evidence of inappropriate merging or doubling back.\n\nBoth segments do not show clear evidence of axonal merge errors. The structures do not exhibit the characteristic signs of inappropriate mergers such as doubling back or abrupt angles at the branching points.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135688867794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135688867794", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_66_1", + "timestamp":null, + "merge_coords":"563604_576053_714791", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images for potential merge errors in the neuronal structures:\n\n1. **First Set of Images (Segment ID 864691135275621605)**\n - Front View: The structure appears elongated with a slight curve but does not prominently exhibit signs of merging, such as sharp angles or doubling back on itself.\n - Side and Top Views: These views also show a smooth, elongated structure. No clear evidence of a merge error is discernible as the morphology appears consistent and free from abrupt geometric changes.\n\n2. **Second Set of Images (Segment ID 864691135688867794)**\n - Front View: This segment is more complex, showing a branching architecture with some loops and angular paths. There is a noticeable structure that might resemble a doubling back or sudden directional change, which could indicate a merge error.\n - Side and Top Views: These perspectives further underscore the irregularities in the segment's path, suggesting a possible merge error where the axon may loop back or intersect at a sharp angle.\n\nConsidering the characteristics of merge errors, such as axons forming such aberrant structural features, the second ID seems more indicative of a potential error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the provided images for potential merge errors in the neuronal structures:\n\n1. **First Set of Images (Segment ID 864691135275621605)**\n - Front View: The structure appears elongated with a slight curve but does not prominently exhibit signs of merging, such as sharp angles or doubling back on itself.\n - Side and Top Views: These views also show a smooth, elongated structure. No clear evidence of a merge error is discernible as the morphology appears consistent and free from abrupt geometric changes.\n\n2. **Second Set of Images (Segment ID 864691135688867794)**\n - Front View: This segment is more complex, showing a branching architecture with some loops and angular paths. There is a noticeable structure that might resemble a doubling back or sudden directional change, which could indicate a merge error.\n - Side and Top Views: These perspectives further underscore the irregularities in the segment's path, suggesting a possible merge error where the axon may loop back or intersect at a sharp angle.\n\nConsidering the characteristics of merge errors, such as axons forming such aberrant structural features, the second ID seems more indicative of a potential error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135688867794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135688867794", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_67_0", + "timestamp":null, + "merge_coords":"507294_615192_766942", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are examining two examples of neuronal segmentation for potential merge errors. We need to look for structural anomalies like sharp angles or axons doubling back:\n\n1. **Segment ID 864691135685493431:**\n - **Front View:** The segment appears to have a portion branching off and potentially doubling back on itself.\n - **Side View:** Shows some curvature, but it doesn't exhibit any sharp turns or blatant errors.\n - **Top View:** The structure is more serpentine, but like the side view, doesn't show clear issues of doubling back or sharp angles.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** Displays a more linear structure with subtle curves. No obvious branching that could indicate a merge error.\n - **Side View:** Consistent with the front view; no ninety-degree angles or doubling back.\n - **Top View:** Continues to look linear and without sharp angles or problematic branching.\n\nUpon analyzing these views, Segment ID 864691135685493431 exhibits potential issues with the axon doubling back, especially visible in the front view. This could indicate a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the provided images, we are examining two examples of neuronal segmentation for potential merge errors. We need to look for structural anomalies like sharp angles or axons doubling back:\n\n1. **Segment ID 864691135685493431:**\n - **Front View:** The segment appears to have a portion branching off and potentially doubling back on itself.\n - **Side View:** Shows some curvature, but it doesn't exhibit any sharp turns or blatant errors.\n - **Top View:** The structure is more serpentine, but like the side view, doesn't show clear issues of doubling back or sharp angles.\n\n2. **Segment ID 864691135275621605:**\n - **Front View:** Displays a more linear structure with subtle curves. No obvious branching that could indicate a merge error.\n - **Side View:** Consistent with the front view; no ninety-degree angles or doubling back.\n - **Top View:** Continues to look linear and without sharp angles or problematic branching.\n\nUpon analyzing these views, Segment ID 864691135685493431 exhibits potential issues with the axon doubling back, especially visible in the front view. This could indicate a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135685493431", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + } + ], + "root_id_requires_split":"864691135685493431", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_67_1", + "timestamp":null, + "merge_coords":"507294_615192_766942", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment 1:\n- The first segment shows a long, relatively linear structure viewed from multiple angles. In the top and side views, there are no significant indications of merging, such as right angles or overlapping branches. The structure appears consistent with a single axonal process.\n\nSegment 2:\n- The second segment shows a structure that has branches visible in the front view. These branches could suggest a merge error if they result in unnatural configurations. When examining the side and top views, there is a branch that bends in a way that seems consistent with a potential merge error, as it doubles back on itself and forms a noticeable bend resembling a right angle.\n\nBased on the available views, segment 2 demonstrates characteristics more indicative of a merge error compared to segment 1.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment 1:\n- The first segment shows a long, relatively linear structure viewed from multiple angles. In the top and side views, there are no significant indications of merging, such as right angles or overlapping branches. The structure appears consistent with a single axonal process.\n\nSegment 2:\n- The second segment shows a structure that has branches visible in the front view. These branches could suggest a merge error if they result in unnatural configurations. When examining the side and top views, there is a branch that bends in a way that seems consistent with a potential merge error, as it doubles back on itself and forms a noticeable bend resembling a right angle.\n\nBased on the available views, segment 2 demonstrates characteristics more indicative of a merge error compared to segment 1.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135685493431", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + } + ], + "root_id_requires_split":"864691135685493431", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_68_0", + "timestamp":null, + "merge_coords":"411583_572098_766327", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images show two different segments labeled with IDs 864691135426431763 and 864691135275621605. We need to determine if there is a merge error, characterized by unusual structural features like doubling back or sharp angles where processes join.\n\n1. Segment ID 864691135426431763:\n - The structure looks complex with many branches visible in all views. The central portion does not show clear signs of doubling back or sharp, unnatural angles that suggest a merge error.\n\n2. Segment ID 864691135275621605:\n - The structure is more linear and elongated. While there is a noticeable change in direction, it appears more consistent with natural variations in neuronal paths and not indicative of an unnatural merging. The angles do not appear as a clear merge error, given the natural context.\n\nNeither segment presents an evident merge error in the core region of the image based on the views provided. The angles and branches appear consistent with expected neuronal morphology rather than a result of merging errors.\n\nTherefore, upon reviewing both segments, neither exhibit clear evidence of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show two different segments labeled with IDs 864691135426431763 and 864691135275621605. We need to determine if there is a merge error, characterized by unusual structural features like doubling back or sharp angles where processes join.\n\n1. Segment ID 864691135426431763:\n - The structure looks complex with many branches visible in all views. The central portion does not show clear signs of doubling back or sharp, unnatural angles that suggest a merge error.\n\n2. Segment ID 864691135275621605:\n - The structure is more linear and elongated. While there is a noticeable change in direction, it appears more consistent with natural variations in neuronal paths and not indicative of an unnatural merging. The angles do not appear as a clear merge error, given the natural context.\n\nNeither segment presents an evident merge error in the core region of the image based on the views provided. The angles and branches appear consistent with expected neuronal morphology rather than a result of merging errors.\n\nTherefore, upon reviewing both segments, neither exhibit clear evidence of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135426431763", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + } + ], + "root_id_requires_split":"864691135426431763", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_68_1", + "timestamp":null, + "merge_coords":"411583_572098_766327", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135275621605**:\n - Front View: Displays a long, relatively thin structure without significant branching or sharp angles. The structure appears continuous and does not show evident signs of problematic merges.\n - Side View: Maintains a similar shape and continuity, with a natural-looking progression.\n - Top View: Confirms the observations from the front and side views, showing no large deviations or unusual angles.\n\n2. **Segment ID 864691135426431763**:\n - Front View: Shows a complex structure with multiple branches and angles. The branches appear to form odd angles, but the volume is more intricate, suggesting a possible merge.\n - Side View: Highlights the branching complexity further, with portions appearing to overlap or connect at unusual angles that might indicate merging of disparate structures.\n - Top View: Offers a clearer look at the extent of the branching, reinforcing the possibility of inappropriate grouping of processes.\n\nThe structure in the second segment (ID 864691135426431763) appears to have several features that could be indicative of a merge error, such as multiple branching angles and the complex network of connections in the center of the image.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691135275621605**:\n - Front View: Displays a long, relatively thin structure without significant branching or sharp angles. The structure appears continuous and does not show evident signs of problematic merges.\n - Side View: Maintains a similar shape and continuity, with a natural-looking progression.\n - Top View: Confirms the observations from the front and side views, showing no large deviations or unusual angles.\n\n2. **Segment ID 864691135426431763**:\n - Front View: Shows a complex structure with multiple branches and angles. The branches appear to form odd angles, but the volume is more intricate, suggesting a possible merge.\n - Side View: Highlights the branching complexity further, with portions appearing to overlap or connect at unusual angles that might indicate merging of disparate structures.\n - Top View: Offers a clearer look at the extent of the branching, reinforcing the possibility of inappropriate grouping of processes.\n\nThe structure in the second segment (ID 864691135426431763) appears to have several features that could be indicative of a merge error, such as multiple branching angles and the complex network of connections in the center of the image.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135426431763", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + } + ], + "root_id_requires_split":"864691135426431763", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_69_0", + "timestamp":null, + "merge_coords":"486885_828660_681870", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the provided images:\n\n**Segment ID 864691136093414531:**\n\n- **Front View:** The structure appears to have multiple branches and some irregularities in its paths that might suggest unnatural merging.\n- **Side View:** There's a notable bend that could imply a merge error where two axons might have joined incorrectly. \n- **Top View:** Shows overlapping structures that also suggest the potential for a merging error.\n\n**Segment ID 864691135275621605:**\n\n- **Front View:** The structure is more linear with fewer abrupt changes in direction, suggesting a more natural axonal path.\n- **Side View:** Lacks the overlapping or doubling back seen in the other segment.\n- **Top View:** Does not show unusual overlaps or connected paths that suggest merging.\n\nBased on the visual characteristics, Segment ID 864691136093414531 demonstrates more signs of a potential merge error, with irregular path topology suggesting connections between distinct neurons.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Analyzing the provided images:\n\n**Segment ID 864691136093414531:**\n\n- **Front View:** The structure appears to have multiple branches and some irregularities in its paths that might suggest unnatural merging.\n- **Side View:** There's a notable bend that could imply a merge error where two axons might have joined incorrectly. \n- **Top View:** Shows overlapping structures that also suggest the potential for a merging error.\n\n**Segment ID 864691135275621605:**\n\n- **Front View:** The structure is more linear with fewer abrupt changes in direction, suggesting a more natural axonal path.\n- **Side View:** Lacks the overlapping or doubling back seen in the other segment.\n- **Top View:** Does not show unusual overlaps or connected paths that suggest merging.\n\nBased on the visual characteristics, Segment ID 864691136093414531 demonstrates more signs of a potential merge error, with irregular path topology suggesting connections between distinct neurons.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136093414531", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136093414531", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_69_1", + "timestamp":null, + "merge_coords":"486885_828660_681870", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nTo identify a merge error in the segmentation, we need to look for signs like axons doubling back or unnatural 90-degree angles in the branching structures.\n\n1. **Segment ID 864691135275621605**:\n - **Front View**: The structure looks elongated with slight undulations, but no significant doubling back or sharp angles.\n - **Side View**: Similar elongated shape without abrupt changes in direction.\n - **Top View**: The axon appears continuous without signs of merging.\n\n2. **Segment ID 864691136093414531**:\n - **Front View**: Noticeable doubling back around the central area creates a loop-like structure, a potential sign of a merge.\n - **Side View**: The segment shows an unusual path with potential branching issues.\n - **Top View**: The segment appears to have multiple parallel paths, another indication of a possible merge.\n\nThe second segment (ID 864691136093414531) exhibits characteristics of a merge error, particularly in the looping and parallel paths observed in the front and top views.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"To identify a merge error in the segmentation, we need to look for signs like axons doubling back or unnatural 90-degree angles in the branching structures.\n\n1. **Segment ID 864691135275621605**:\n - **Front View**: The structure looks elongated with slight undulations, but no significant doubling back or sharp angles.\n - **Side View**: Similar elongated shape without abrupt changes in direction.\n - **Top View**: The axon appears continuous without signs of merging.\n\n2. **Segment ID 864691136093414531**:\n - **Front View**: Noticeable doubling back around the central area creates a loop-like structure, a potential sign of a merge.\n - **Side View**: The segment shows an unusual path with potential branching issues.\n - **Top View**: The segment appears to have multiple parallel paths, another indication of a possible merge.\n\nThe second segment (ID 864691136093414531) exhibits characteristics of a merge error, particularly in the looping and parallel paths observed in the front and top views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136093414531", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136093414531", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_70_0", + "timestamp":null, + "merge_coords":"686886_787242_775220", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the two sets of images, the following observations are made:\n\n1. **Segment ID 864691135283974682:**\n - Front View: Shows a continuous, meandering structure with no obvious abrupt changes or irregularities in direction that might suggest a merge error.\n - Side View: Similarly maintains a smooth curvature without evident signs of merging from different neurons.\n - Top View: Aligns with previous views, showing consistent continuation with no sharp angles or overlaps.\n\n2. **Segment ID 864691135275621605:**\n - Front View: The structure appears to curve naturally but could potentially hide more complex interactions.\n - Side View: Displays notable complexity in the central region, suggesting potential merging where the structure branches and possibly doubles back.\n - Top View: Reinforces the complexity observed in the side view, with sections appearing to form angles that are steeper than natural neuron morphology might suggest.\n\nIn segment ID 864691135275621605, there is evidence of potential merge errors, particularly in the side view, where the segment appears to have an unusual branching structure that could indicate inappropriate merging.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the two sets of images, the following observations are made:\n\n1. **Segment ID 864691135283974682:**\n - Front View: Shows a continuous, meandering structure with no obvious abrupt changes or irregularities in direction that might suggest a merge error.\n - Side View: Similarly maintains a smooth curvature without evident signs of merging from different neurons.\n - Top View: Aligns with previous views, showing consistent continuation with no sharp angles or overlaps.\n\n2. **Segment ID 864691135275621605:**\n - Front View: The structure appears to curve naturally but could potentially hide more complex interactions.\n - Side View: Displays notable complexity in the central region, suggesting potential merging where the structure branches and possibly doubles back.\n - Top View: Reinforces the complexity observed in the side view, with sections appearing to form angles that are steeper than natural neuron morphology might suggest.\n\nIn segment ID 864691135275621605, there is evidence of potential merge errors, particularly in the side view, where the segment appears to have an unusual branching structure that could indicate inappropriate merging.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135283974682", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + } + ], + "root_id_requires_split":"864691135283974682", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_70_1", + "timestamp":null, + "merge_coords":"686886_787242_775220", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the given images, we are evaluating segments for potential merge errors in neuronal morphology. \n\nFor Segment ID 864691135275621605, the structures have a relatively continuous appearance without noticeable irregularities or sharp angles that would suggest a merge error.\n\nFor Segment ID 864691135283974682, there is a noticeable bending and more irregular structure present in comparison to the first segment. The side view, in particular, shows a curvature that resembles a possible axonal merge, possibly displaying a doubling back or an abnormal junction angle.\n\nConsidering these observations, Segment ID 864691135283974682 shows more characteristics indicative of a merge error, such as the irregular bending and structure seen from the side perspective.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the given images, we are evaluating segments for potential merge errors in neuronal morphology. \n\nFor Segment ID 864691135275621605, the structures have a relatively continuous appearance without noticeable irregularities or sharp angles that would suggest a merge error.\n\nFor Segment ID 864691135283974682, there is a noticeable bending and more irregular structure present in comparison to the first segment. The side view, in particular, shows a curvature that resembles a possible axonal merge, possibly displaying a doubling back or an abnormal junction angle.\n\nConsidering these observations, Segment ID 864691135283974682 shows more characteristics indicative of a merge error, such as the irregular bending and structure seen from the side perspective.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135283974682", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + } + ], + "root_id_requires_split":"864691135283974682", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_71_0", + "timestamp":null, + "merge_coords":"698376_750918_765996", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the given images, we are looking for signs of merge errors such as axonal segments inappropriately joining or looping back after branching. \n\n1. **Segment ID 864691135940787201:**\n - Front view: Appears relatively straight with some minor branching. No obvious looping or sharp angles.\n - Side view: Shows a relatively consistent path without obvious merging anomalies.\n - Top view: Consistent with the front view, showing no significant deviations.\n\n2. **Segment ID 864691135275621605:**\n - Front view: Appears long and straight, similar to the first segment.\n - Side view: While this view shows curvature, it follows a consistent path without sudden angles or returns.\n - Top view: Appears as a single axonal path without merging characteristics.\n\nBoth segments appear to show relatively normal morphology with no evident merge points that suggest errors. The paths are consistent, and there are no abrupt changes in direction typical of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the given images, we are looking for signs of merge errors such as axonal segments inappropriately joining or looping back after branching. \n\n1. **Segment ID 864691135940787201:**\n - Front view: Appears relatively straight with some minor branching. No obvious looping or sharp angles.\n - Side view: Shows a relatively consistent path without obvious merging anomalies.\n - Top view: Consistent with the front view, showing no significant deviations.\n\n2. **Segment ID 864691135275621605:**\n - Front view: Appears long and straight, similar to the first segment.\n - Side view: While this view shows curvature, it follows a consistent path without sudden angles or returns.\n - Top view: Appears as a single axonal path without merging characteristics.\n\nBoth segments appear to show relatively normal morphology with no evident merge points that suggest errors. The paths are consistent, and there are no abrupt changes in direction typical of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135940787201", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + } + ], + "root_id_requires_split":"864691135940787201", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_71_1", + "timestamp":null, + "merge_coords":"698376_750918_765996", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are looking for evidence of merge errors in neuronal segmentation, specifically focusing on unusual axonal structures.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** Appears as a long, continuous segment. No evident abrupt changes in direction or bifurcations that suggest merges.\n - **Side View:** It has a tubular appearance consistent with axonal projections. No unusual structures.\n - **Top View:** The segment remains consistent without notable irregularities or abrupt angle formations.\n\n2. **Segment ID 864691135940787201:**\n - **Front View:** There is a noticeable point where the segment takes a sharp angle, which might suggest a merge.\n - **Side View:** A similar sharp angle is visible, with a potential doubling back, consistent with possible merge error characteristics.\n - **Top View:** Confirms the presence of an unusual structure with a change in directional flow in the segment.\n\nSegment ID 864691135940787201 exhibits characteristics of a merge error, such as sharp angles or potential doubling back, more prominently than Segment ID 864691135275621605.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we are looking for evidence of merge errors in neuronal segmentation, specifically focusing on unusual axonal structures.\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** Appears as a long, continuous segment. No evident abrupt changes in direction or bifurcations that suggest merges.\n - **Side View:** It has a tubular appearance consistent with axonal projections. No unusual structures.\n - **Top View:** The segment remains consistent without notable irregularities or abrupt angle formations.\n\n2. **Segment ID 864691135940787201:**\n - **Front View:** There is a noticeable point where the segment takes a sharp angle, which might suggest a merge.\n - **Side View:** A similar sharp angle is visible, with a potential doubling back, consistent with possible merge error characteristics.\n - **Top View:** Confirms the presence of an unusual structure with a change in directional flow in the segment.\n\nSegment ID 864691135940787201 exhibits characteristics of a merge error, such as sharp angles or potential doubling back, more prominently than Segment ID 864691135275621605.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135940787201", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + } + ], + "root_id_requires_split":"864691135940787201", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_72_0", + "timestamp":null, + "merge_coords":"699073_747553_765926", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images, we are tasked with identifying merge errors, which often manifest as anomalous connectivity in neuronal structures such as axons. \n\nFor **Segment ID 864691136101041525**:\n- **Front View**: Displays a complex, dense structure with many intertwining branches. This view shows no obvious signs of abrupt angles or doubling back that is indicative of merge errors.\n- **Side View**: Similar complexity observed, with dense branching visible. There is no clear evidence of inappropriate merging.\n- **Top View**: The structure remains densely branched. Again, I see no indicators of a merge error such as significant angular deviations.\n\nFor **Segment ID 864691135275621605**:\n- **Front View**: This segment appears as a long, thin structure resembling an isolated axon or dendrite. It does not show signs of doubling back or sharp angles suggestive of a merge with another neuron.\n- **Side View**: The structure appears consistent and linear, with no evidence of unusual connections.\n- **Top View**: Continuation of the linear structure with smooth, continuous paths.\n\nBoth segmentations appear to be free of noticeable merge errors within the focused views provided. The complexity of Segment ID 864691136101041525 presents ample opportunity for a merge error, but no obvious ones are present in the supplied images.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are tasked with identifying merge errors, which often manifest as anomalous connectivity in neuronal structures such as axons. \n\nFor **Segment ID 864691136101041525**:\n- **Front View**: Displays a complex, dense structure with many intertwining branches. This view shows no obvious signs of abrupt angles or doubling back that is indicative of merge errors.\n- **Side View**: Similar complexity observed, with dense branching visible. There is no clear evidence of inappropriate merging.\n- **Top View**: The structure remains densely branched. Again, I see no indicators of a merge error such as significant angular deviations.\n\nFor **Segment ID 864691135275621605**:\n- **Front View**: This segment appears as a long, thin structure resembling an isolated axon or dendrite. It does not show signs of doubling back or sharp angles suggestive of a merge with another neuron.\n- **Side View**: The structure appears consistent and linear, with no evidence of unusual connections.\n- **Top View**: Continuation of the linear structure with smooth, continuous paths.\n\nBoth segmentations appear to be free of noticeable merge errors within the focused views provided. The complexity of Segment ID 864691136101041525 presents ample opportunity for a merge error, but no obvious ones are present in the supplied images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101041525", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + } + ], + "root_id_requires_split":"864691136101041525", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_72_1", + "timestamp":null, + "merge_coords":"699073_747553_765926", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the given 3D segmentations of neuronal data, we aim to identify any merge errors, which could be seen as unnatural structures like the incorrect joining of separate neuronal processes. Let\u2019s evaluate each option:\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** Shows a long, relatively thin structure, which appears consistent and continuous.\n - **Side View:** Displays a more fragmented view, but still follows a linear path without abrupt changes.\n - **Top View:** Provides a clear linear formation without any branching or unusual angles.\n \n There are no apparent aberrations like doubling back or sharp angular joins in the central region of this segment.\n\n2. **Segment ID 864691136101041525:**\n - **Front View:** Displays a tangled appearance with what could be multiple crossing or joining segments.\n - **Side View:** Reveals a more complex structure; potential areas with unusual joins or crossings are visible.\n - **Top View:** Further suggests potential misalignments with inconsistent density and directionality.\n \n This segment shows characteristics that could suggest a merge error, with overlaps and potential branching in unnatural directions.\n\nConsidering the features of each segmented part, **Segment ID 864691136101041525** has visible irregularities indicative of a merge error, such as overlapping or converging structures that form unnatural angles and density changes.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the given 3D segmentations of neuronal data, we aim to identify any merge errors, which could be seen as unnatural structures like the incorrect joining of separate neuronal processes. Let\u2019s evaluate each option:\n\n1. **Segment ID 864691135275621605:**\n - **Front View:** Shows a long, relatively thin structure, which appears consistent and continuous.\n - **Side View:** Displays a more fragmented view, but still follows a linear path without abrupt changes.\n - **Top View:** Provides a clear linear formation without any branching or unusual angles.\n \n There are no apparent aberrations like doubling back or sharp angular joins in the central region of this segment.\n\n2. **Segment ID 864691136101041525:**\n - **Front View:** Displays a tangled appearance with what could be multiple crossing or joining segments.\n - **Side View:** Reveals a more complex structure; potential areas with unusual joins or crossings are visible.\n - **Top View:** Further suggests potential misalignments with inconsistent density and directionality.\n \n This segment shows characteristics that could suggest a merge error, with overlaps and potential branching in unnatural directions.\n\nConsidering the features of each segmented part, **Segment ID 864691136101041525** has visible irregularities indicative of a merge error, such as overlapping or converging structures that form unnatural angles and density changes.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101041525", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + } + ], + "root_id_requires_split":"864691136101041525", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_73_0", + "timestamp":null, + "merge_coords":"696171_741389_768426", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nOption 1 shows a complex and dense structure, with multiple branches and various orientations. The presence of irregular angles and overlapping segments could suggest a potential merge error, especially considering possible ninety-degree angles or backtracking within the structure.\n\nOption 2, on the other hand, displays a simpler and elongated structure. It appears more consistent, with fewer branches or angles that could indicate a merge error. The segments are more linear, without evident deviations or acute angles typical of merge errors.\n\nThe characteristics described are more pronounced in Option 1. The complex branching and potential abrupt angles might suggest a merge error compared to the more straightforward structure in Option 2.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Option 1 shows a complex and dense structure, with multiple branches and various orientations. The presence of irregular angles and overlapping segments could suggest a potential merge error, especially considering possible ninety-degree angles or backtracking within the structure.\n\nOption 2, on the other hand, displays a simpler and elongated structure. It appears more consistent, with fewer branches or angles that could indicate a merge error. The segments are more linear, without evident deviations or acute angles typical of merge errors.\n\nThe characteristics described are more pronounced in Option 1. The complex branching and potential abrupt angles might suggest a merge error compared to the more straightforward structure in Option 2.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135468752780", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135468752780", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_73_1", + "timestamp":null, + "merge_coords":"696171_741389_768426", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of 3D segmentation images (Segment ID 864691135275621605), the structure appears to be a long, continuous, and relatively thin process with consistent morphology. There are no evident abrupt bends or intersections indicating a merge error, such as those described with a doubling back of axonal branches or forming a ninety-degree angle at junctions.\n\nIn the second set of images (Segment ID 864691135468752780), the structure is complex and contains multiple overlapping and interacting processes. This arrangement suggests potential merge errors, with different neuronal structures possibly being grouped together. The presence of significant branching and intersections could indicate the type of errors typically associated with axonal merging.\n\nBased on the criteria that merge errors might include doubling back after branching off or forming sharp angles, the second option presents more of these characteristics, and thus is more likely to contain a merge error.\n<\/analysis>\n2<\/answer>", + "model_analysis":"In the first set of 3D segmentation images (Segment ID 864691135275621605), the structure appears to be a long, continuous, and relatively thin process with consistent morphology. There are no evident abrupt bends or intersections indicating a merge error, such as those described with a doubling back of axonal branches or forming a ninety-degree angle at junctions.\n\nIn the second set of images (Segment ID 864691135468752780), the structure is complex and contains multiple overlapping and interacting processes. This arrangement suggests potential merge errors, with different neuronal structures possibly being grouped together. The presence of significant branching and intersections could indicate the type of errors typically associated with axonal merging.\n\nBased on the criteria that merge errors might include doubling back after branching off or forming sharp angles, the second option presents more of these characteristics, and thus is more likely to contain a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135468752780", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135468752780", + "root_id_does_not_require_split":"864691135275621605" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_74_0", + "timestamp":null, + "merge_coords":"733188_726185_901224", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, we are tasked with identifying whether there is an axonal merge error within the segmented neuronal data.\n\n**Segment ID 864691136723655421:**\n- **Front View:** The axons appear to branch out widely and do not display conspicuous signs of doubling back or forming sharp (ninety-degree) angles.\n- **Side View:** The branching is consistent with neuronal structure, without noticeable aberrations suggestive of merging from different neurons.\n- **Top View:** The axonal paths are mostly linear with branching that appears natural.\n\n**Segment ID 864691136287648195:**\n- **Front View:** There is a clear branching out from the center, but the axonal paths do not appear to be characteristic of merge errors such as doubling back or sharp angle formations.\n- **Side View:** The structure has a consistent neuronal path without abrupt changes in direction that might indicate a merging error.\n- **Top View:** The arrangement appears consistent with standard neural morphology, lacking indications of inappropriate merging.\n\nUpon examining both segments and considering the typical indications of merge errors such as doubling back or sharp angle formations, neither represents clear evidence of an axonal merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we are tasked with identifying whether there is an axonal merge error within the segmented neuronal data.\n\n**Segment ID 864691136723655421:**\n- **Front View:** The axons appear to branch out widely and do not display conspicuous signs of doubling back or forming sharp (ninety-degree) angles.\n- **Side View:** The branching is consistent with neuronal structure, without noticeable aberrations suggestive of merging from different neurons.\n- **Top View:** The axonal paths are mostly linear with branching that appears natural.\n\n**Segment ID 864691136287648195:**\n- **Front View:** There is a clear branching out from the center, but the axonal paths do not appear to be characteristic of merge errors such as doubling back or sharp angle formations.\n- **Side View:** The structure has a consistent neuronal path without abrupt changes in direction that might indicate a merging error.\n- **Top View:** The arrangement appears consistent with standard neural morphology, lacking indications of inappropriate merging.\n\nUpon examining both segments and considering the typical indications of merge errors such as doubling back or sharp angle formations, neither represents clear evidence of an axonal merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136723655421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + } + ], + "root_id_requires_split":"864691136723655421", + "root_id_does_not_require_split":"864691136287648195" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_74_1", + "timestamp":null, + "merge_coords":"733188_726185_901224", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691136287648195), the axon appears to extend mostly in a singular direction with multiple thin branches radiating from it. There are no evident signs of merge errors such as doubling back or sharp 90-degree angles.\n\nIn the second set of images (Segment ID 864691136723655421), the morphology appears more complex. There is a branching pattern suggesting a possible merge error. Specifically, some branches seem to extend back towards the main axon, which could indicate an inappropriate grouping of processes from different neurons. This pattern is more evident when viewed from the front and top perspectives.\n\nOverall, the second set of images exhibits characteristics more indicative of a merge error, such as overlapping branches that fold back towards the central axis.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691136287648195), the axon appears to extend mostly in a singular direction with multiple thin branches radiating from it. There are no evident signs of merge errors such as doubling back or sharp 90-degree angles.\n\nIn the second set of images (Segment ID 864691136723655421), the morphology appears more complex. There is a branching pattern suggesting a possible merge error. Specifically, some branches seem to extend back towards the main axon, which could indicate an inappropriate grouping of processes from different neurons. This pattern is more evident when viewed from the front and top perspectives.\n\nOverall, the second set of images exhibits characteristics more indicative of a merge error, such as overlapping branches that fold back towards the central axis.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136723655421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + } + ], + "root_id_requires_split":"864691136723655421", + "root_id_does_not_require_split":"864691136287648195" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_75_0", + "timestamp":null, + "merge_coords":"734661_729396_901977", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images shows a neuronal structure with a distinct cell body and extending dendritic\/axonal processes. There doesn't seem to be any abnormal structural characteristics like doubling back or right-angle formations that would indicate a merge error in this segment.\n\nThe second set of images shows a more linear structure without a prominent cell body. There are numerous branches and potential areas for merge errors. However, upon inspection, the branches appear to follow regular paths consistent with a single axonal process. There are no evident instances of right-angle connections or branching that would typically suggest an inappropriate merging of processes from different neurons.\n\nGiven the examination of both segments, neither show clear indications of merge errors based on the provided images.\n\nHence, no apparent merge errors are detected in these segments.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The first set of images shows a neuronal structure with a distinct cell body and extending dendritic\/axonal processes. There doesn't seem to be any abnormal structural characteristics like doubling back or right-angle formations that would indicate a merge error in this segment.\n\nThe second set of images shows a more linear structure without a prominent cell body. There are numerous branches and potential areas for merge errors. However, upon inspection, the branches appear to follow regular paths consistent with a single axonal process. There are no evident instances of right-angle connections or branching that would typically suggest an inappropriate merging of processes from different neurons.\n\nGiven the examination of both segments, neither show clear indications of merge errors based on the provided images.\n\nHence, no apparent merge errors are detected in these segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136672741511", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + } + ], + "root_id_requires_split":"864691136672741511", + "root_id_does_not_require_split":"864691136287648195" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_75_1", + "timestamp":null, + "merge_coords":"734661_729396_901977", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691136287648195:\n\nThe three views (front, side, top) of this segment show a long, slender structure that branches extensively. This pattern is typical of axonal structures. The image does not present obvious signs of merge errors such as loops or abrupt angular changes indicative of unnatural merging with another structure.\n\nSegment ID 864691136672741511:\n\nThe three views (front, side, top) of this segment reveal a distinct cell body with multiple extensions radiating outward. This pattern is consistent with a typical neuronal morphology. The structure does not show signs of merge errors like doubled-back branches or unnatural angles that would suggest a merge.\n\nBoth segments appear to maintain consistent neuronal structures with no clear signs of inappropriate merging.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691136287648195:\n\nThe three views (front, side, top) of this segment show a long, slender structure that branches extensively. This pattern is typical of axonal structures. The image does not present obvious signs of merge errors such as loops or abrupt angular changes indicative of unnatural merging with another structure.\n\nSegment ID 864691136672741511:\n\nThe three views (front, side, top) of this segment reveal a distinct cell body with multiple extensions radiating outward. This pattern is consistent with a typical neuronal morphology. The structure does not show signs of merge errors like doubled-back branches or unnatural angles that would suggest a merge.\n\nBoth segments appear to maintain consistent neuronal structures with no clear signs of inappropriate merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136672741511", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + } + ], + "root_id_requires_split":"864691136672741511", + "root_id_does_not_require_split":"864691136287648195" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_76_0", + "timestamp":null, + "merge_coords":"684768_506740_836745", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we are examining two different segmentations for potential axonal merge errors. Here\u2019s the detailed analysis:\n\n1. **Segment ID 864691136099876177:**\n - **Front View:** The structure appears mostly linear with very few branches. There is no evident aberrant branching or unusual turns in this view around the center.\n - **Side View:** This perspective shows a more compact and convoluted structure, though it does not have evidence of doubling back or sharp right-angle turns.\n - **Top View:** The top view maintains a consistent linear feature similar to the front view. Again, no unusual structural features are visible that would indicate a merge error in the center.\n\n2. **Segment ID 864691135659152002:**\n - **Front View:** The image shows multiple branches and potentially complex intersections, but no evident signs of an axon doubling back immediately after branching or sharp unnatural angles at the center.\n - **Side View:** Although there\u2019s complexity in the structure, due to the cropping boundaries, the structure does not demonstrate clear merge errors within the central focus area.\n - **Top View:** This view provides a similar perspective as the front view, with continued branching yet nothing unusual at the center of the image that suggests merge errors.\n\nNone of the examined segments displays indicative features of merge errors such as branching that doubles back, sharp angle intersections typically signifying merge errors in connectomics.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we are examining two different segmentations for potential axonal merge errors. Here\u2019s the detailed analysis:\n\n1. **Segment ID 864691136099876177:**\n - **Front View:** The structure appears mostly linear with very few branches. There is no evident aberrant branching or unusual turns in this view around the center.\n - **Side View:** This perspective shows a more compact and convoluted structure, though it does not have evidence of doubling back or sharp right-angle turns.\n - **Top View:** The top view maintains a consistent linear feature similar to the front view. Again, no unusual structural features are visible that would indicate a merge error in the center.\n\n2. **Segment ID 864691135659152002:**\n - **Front View:** The image shows multiple branches and potentially complex intersections, but no evident signs of an axon doubling back immediately after branching or sharp unnatural angles at the center.\n - **Side View:** Although there\u2019s complexity in the structure, due to the cropping boundaries, the structure does not demonstrate clear merge errors within the central focus area.\n - **Top View:** This view provides a similar perspective as the front view, with continued branching yet nothing unusual at the center of the image that suggests merge errors.\n\nNone of the examined segments displays indicative features of merge errors such as branching that doubles back, sharp angle intersections typically signifying merge errors in connectomics.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136099876177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + } + ], + "root_id_requires_split":"864691136099876177", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_76_1", + "timestamp":null, + "merge_coords":"684768_506740_836745", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided for Segment ID 864691135659152002, there is a complex network of branches. There are sections where the structure appears to loop back, but this could be natural branching or movement within the field of view. The continuity of branches appears natural without evident sharp angles or unusual pathways that might indicate a merge error.\n\nFor Segment ID 864691136099876177, the structure seems straighter with fewer branching complexities. However, upon examination from different views, especially from the side, there appears to be a looping structure that could suggest a branching off and doubling back, which could indicate a potential merge error.\n\nOverall, Segment ID 864691136099876177 presents clearer signs of potential merge errors based on the presence of an aberrant looping structure compared to Segment ID 864691135659152002.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided for Segment ID 864691135659152002, there is a complex network of branches. There are sections where the structure appears to loop back, but this could be natural branching or movement within the field of view. The continuity of branches appears natural without evident sharp angles or unusual pathways that might indicate a merge error.\n\nFor Segment ID 864691136099876177, the structure seems straighter with fewer branching complexities. However, upon examination from different views, especially from the side, there appears to be a looping structure that could suggest a branching off and doubling back, which could indicate a potential merge error.\n\nOverall, Segment ID 864691136099876177 presents clearer signs of potential merge errors based on the presence of an aberrant looping structure compared to Segment ID 864691135659152002.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136099876177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + } + ], + "root_id_requires_split":"864691136099876177", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_77_0", + "timestamp":null, + "merge_coords":"696832_487389_878745", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two provided segmentation examples for potential merge errors:\n\n1. **Segment ID 864691135437323762:**\n\n - **Front View:** The structure appears somewhat linear without any abrupt or unusual deviations. There are no evident ninety-degree angles or indications of doubling back. \n\n - **Side View:** The structure maintains a relatively consistent direction with no apparent abrupt angles or branching anomalies that would suggest merging from different neurons.\n\n - **Top View:** The top view shows a spread similar to a typical neuronal axon with branches. There's no evident doubling back or ninety-degree angles indicative of merge issues.\n\n2. **Segment ID 864691135659152002:**\n\n - **Front View:** This visualization shows a dense and expansive branching structure, characteristic of dendrites rather than axons. The branching appears quite intricate, but not necessarily suggestive of a merge error.\n\n - **Side View:** Complex branching is visible, but there are no clear ninety-degree angles or overlap suggesting an incorrect merge of separate neurons.\n\n - **Top View:** Extensive branching is evident, with no obvious signs of axonal merging like doubling back or severe angular deviations.\n\nOn inspection, neither segment shows immediate signs of merge errors characteristic of separate axons being incorrectly joined, such as doubling back or unintended ninety-degree connections in the central visible areas of the volume. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the two provided segmentation examples for potential merge errors:\n\n1. **Segment ID 864691135437323762:**\n\n - **Front View:** The structure appears somewhat linear without any abrupt or unusual deviations. There are no evident ninety-degree angles or indications of doubling back. \n\n - **Side View:** The structure maintains a relatively consistent direction with no apparent abrupt angles or branching anomalies that would suggest merging from different neurons.\n\n - **Top View:** The top view shows a spread similar to a typical neuronal axon with branches. There's no evident doubling back or ninety-degree angles indicative of merge issues.\n\n2. **Segment ID 864691135659152002:**\n\n - **Front View:** This visualization shows a dense and expansive branching structure, characteristic of dendrites rather than axons. The branching appears quite intricate, but not necessarily suggestive of a merge error.\n\n - **Side View:** Complex branching is visible, but there are no clear ninety-degree angles or overlap suggesting an incorrect merge of separate neurons.\n\n - **Top View:** Extensive branching is evident, with no obvious signs of axonal merging like doubling back or severe angular deviations.\n\nOn inspection, neither segment shows immediate signs of merge errors characteristic of separate axons being incorrectly joined, such as doubling back or unintended ninety-degree connections in the central visible areas of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135437323762", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + } + ], + "root_id_requires_split":"864691135437323762", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_77_1", + "timestamp":null, + "merge_coords":"696832_487389_878745", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images represent 3D segmentations of neuronal data. We are examining two segments to identify any merge errors, which can manifest as unusual axon structures like doubling back or forming ninety-degree angles.\n\n1. **Segment ID 864691135659152002**:\n - **Front, Side, Top Views**: The axon appears to branch extensively without any unnatural twists or sharp angles. The branching structure seems organic, lacking signs of merge errors such as abrupt directional changes.\n\n2. **Segment ID 864691135437323762**:\n - **Front, Side, Top Views**: The second set of images shows a more linear and less branched structure. However, there appears to be a point where the axon path shows an unusual bend or doubling back. This could indicate a potential merge error since it suggests an abrupt change that is not typical for continuous neuronal processes.\n\nIn the center of the second segment\u2019s images, there is a clearer indication of an aberrant structure (a sharp angle or twist), which is a characteristic sign of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The images represent 3D segmentations of neuronal data. We are examining two segments to identify any merge errors, which can manifest as unusual axon structures like doubling back or forming ninety-degree angles.\n\n1. **Segment ID 864691135659152002**:\n - **Front, Side, Top Views**: The axon appears to branch extensively without any unnatural twists or sharp angles. The branching structure seems organic, lacking signs of merge errors such as abrupt directional changes.\n\n2. **Segment ID 864691135437323762**:\n - **Front, Side, Top Views**: The second set of images shows a more linear and less branched structure. However, there appears to be a point where the axon path shows an unusual bend or doubling back. This could indicate a potential merge error since it suggests an abrupt change that is not typical for continuous neuronal processes.\n\nIn the center of the second segment\u2019s images, there is a clearer indication of an aberrant structure (a sharp angle or twist), which is a characteristic sign of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135437323762", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + } + ], + "root_id_requires_split":"864691135437323762", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_78_0", + "timestamp":null, + "merge_coords":"657730_549906_840661", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are examining two sets of neuronal segmentations for any indication of axonal merge errors.\n\n1. **Segment ID 864691136194595148**:\n - **Front View**: Shows a complex branching structure. Look for any unusual \"doubling back\" or sharp angles.\n - **Side View**: The perspective can help identify if any branches overlap or connect inconsistently.\n - **Top View**: Provides clarity on how branches spread.\n\n Observations: The overall form looks consistent with typical neuronal branching. There is no obvious sign of a merge error such as a sharp angle or doubling back near the central mass of branches.\n\n2. **Segment ID 864691135659152002**:\n - **Front View**: Again, a rich network of branches is visible without apparent abrupt changes or misdirected paths.\n - **Side View**: The branching seems consistent, without any abrupt directional changes or sharp turns near the branching centers.\n - **Top View**: Even distribution and natural-looking flow of branches.\n\n Observations: This set also maintains a realistic neuronal morphology without the typical indicators of a merge, such as axon doubling back or forming unusual bends near the center.\n\nAfter a careful review, neither segmentation shows clear evidence of merge errors typically characterized by unnatural junction angles or doubling-back features.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are examining two sets of neuronal segmentations for any indication of axonal merge errors.\n\n1. **Segment ID 864691136194595148**:\n - **Front View**: Shows a complex branching structure. Look for any unusual \"doubling back\" or sharp angles.\n - **Side View**: The perspective can help identify if any branches overlap or connect inconsistently.\n - **Top View**: Provides clarity on how branches spread.\n\n Observations: The overall form looks consistent with typical neuronal branching. There is no obvious sign of a merge error such as a sharp angle or doubling back near the central mass of branches.\n\n2. **Segment ID 864691135659152002**:\n - **Front View**: Again, a rich network of branches is visible without apparent abrupt changes or misdirected paths.\n - **Side View**: The branching seems consistent, without any abrupt directional changes or sharp turns near the branching centers.\n - **Top View**: Even distribution and natural-looking flow of branches.\n\n Observations: This set also maintains a realistic neuronal morphology without the typical indicators of a merge, such as axon doubling back or forming unusual bends near the center.\n\nAfter a careful review, neither segmentation shows clear evidence of merge errors typically characterized by unnatural junction angles or doubling-back features.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194595148", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + } + ], + "root_id_requires_split":"864691136194595148", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_78_1", + "timestamp":null, + "merge_coords":"657730_549906_840661", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we need to identify any potential merge errors, characterized by aberrant axonal structures.\n\n### Segment ID 864691135659152002\n\n- **Front View:** The structure appears complex with numerous branches, but there doesn\u2019t seem to be any obvious structure doubling back on itself or forming unusual right angles in the center of the volume.\n- **Side View:** The branches appear mostly consistent with dendritic trees and axons; there aren't evident signs of merge errors such as doubling back or sharp angles in the central region.\n- **Top View:** Again, the structure looks organic without any distinct merge errors, such as unusual loops or angles, in the central area.\n\n### Segment ID 864691136194595148\n\n- **Front View:** The structure has fewer branches and maintains a directionally consistent pattern. No obvious merge indicators like drastic directional changes or looping back within the center.\n- **Side View:** The structure maintains its consistency, and there are no unusual branches connecting abruptly or at odd angles.\n- **Top View:** The branches spread out uniformly without any merges or unexpected crossings in the central region.\n\nBoth segments display natural neuronal structures without any significant signs of merge errors within the central focus area. The angles and patterns of the structures are consistent with normal neuronal branching.\n\nThus, based on the visuals provided, neither segmentation shows clear signs of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we need to identify any potential merge errors, characterized by aberrant axonal structures.\n\n### Segment ID 864691135659152002\n\n- **Front View:** The structure appears complex with numerous branches, but there doesn\u2019t seem to be any obvious structure doubling back on itself or forming unusual right angles in the center of the volume.\n- **Side View:** The branches appear mostly consistent with dendritic trees and axons; there aren't evident signs of merge errors such as doubling back or sharp angles in the central region.\n- **Top View:** Again, the structure looks organic without any distinct merge errors, such as unusual loops or angles, in the central area.\n\n### Segment ID 864691136194595148\n\n- **Front View:** The structure has fewer branches and maintains a directionally consistent pattern. No obvious merge indicators like drastic directional changes or looping back within the center.\n- **Side View:** The structure maintains its consistency, and there are no unusual branches connecting abruptly or at odd angles.\n- **Top View:** The branches spread out uniformly without any merges or unexpected crossings in the central region.\n\nBoth segments display natural neuronal structures without any significant signs of merge errors within the central focus area. The angles and patterns of the structures are consistent with normal neuronal branching.\n\nThus, based on the visuals provided, neither segmentation shows clear signs of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194595148", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + } + ], + "root_id_requires_split":"864691136194595148", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_79_0", + "timestamp":null, + "merge_coords":"745799_435482_968079", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691136756118894:\n - Front view: The structure appears continuous without any significant abrupt changes or angles.\n - Side view: The structure remains linear and smooth without any signs of doubling back or sharp angles.\n - Top view: The path of the axon looks consistent and there are no evident merging points.\n\n2. Segment ID 864691135659152002:\n - Front view: The structure appears largely linear, but there is a small kink which could be normal neuronal morphology.\n - Side view: The length of the segment appears mostly continuous without severe angles or doubling back, though a closer inspection shows minor deviation.\n - Top view: Shows a generally consistent path without any sharp angles or merge points.\n\nBoth segments show some minor deviations, but none are indicative of clear merge errors like doubling back or abrupt ninety-degree angles. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. Segment ID 864691136756118894:\n - Front view: The structure appears continuous without any significant abrupt changes or angles.\n - Side view: The structure remains linear and smooth without any signs of doubling back or sharp angles.\n - Top view: The path of the axon looks consistent and there are no evident merging points.\n\n2. Segment ID 864691135659152002:\n - Front view: The structure appears largely linear, but there is a small kink which could be normal neuronal morphology.\n - Side view: The length of the segment appears mostly continuous without severe angles or doubling back, though a closer inspection shows minor deviation.\n - Top view: Shows a generally consistent path without any sharp angles or merge points.\n\nBoth segments show some minor deviations, but none are indicative of clear merge errors like doubling back or abrupt ninety-degree angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136756118894", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + } + ], + "root_id_requires_split":"864691136756118894", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_79_1", + "timestamp":null, + "merge_coords":"745799_435482_968079", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentations, we look for characteristic signs of merge errors, such as abrupt 90-degree angles or axon doubling back on itself. These features often indicate that the process has been inappropriately joined with another neuron.\n\nFor Segment ID 864691135659152002:\n1. Front view: The structure shows a smooth path without abrupt angles or doubling back.\n2. Side view: Appears linear without obvious errors.\n3. Top view: No significant deviation or abnormal connections.\n\nFor Segment ID 864691136756118894:\n1. Front view: There is a more complex structure with several branches, but no clear indication of an unnatural merge.\n2. Side view: Slight complexity in branching but no obvious angles or doubling back.\n3. Top view: Branching visible but follows a reasonably consistent path without erroneous links.\n\nUpon reviewing both segments, neither shows clear evidence of a merge error with the characteristic signs we're monitoring for.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentations, we look for characteristic signs of merge errors, such as abrupt 90-degree angles or axon doubling back on itself. These features often indicate that the process has been inappropriately joined with another neuron.\n\nFor Segment ID 864691135659152002:\n1. Front view: The structure shows a smooth path without abrupt angles or doubling back.\n2. Side view: Appears linear without obvious errors.\n3. Top view: No significant deviation or abnormal connections.\n\nFor Segment ID 864691136756118894:\n1. Front view: There is a more complex structure with several branches, but no clear indication of an unnatural merge.\n2. Side view: Slight complexity in branching but no obvious angles or doubling back.\n3. Top view: Branching visible but follows a reasonably consistent path without erroneous links.\n\nUpon reviewing both segments, neither shows clear evidence of a merge error with the characteristic signs we're monitoring for.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136756118894", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + } + ], + "root_id_requires_split":"864691136756118894", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_80_0", + "timestamp":null, + "merge_coords":"751128_431781_968163", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nWhen analyzing the images for potential merge errors, we should focus on identifying any atypical neuronal structures or formations that suggest an inappropriate joining of axonal branches from different neurons.\n\nSegment ID 864691136811700078:\n\n1. **Front View:** Displays a complex network of axonal branches. Look for any unusual backtracking or abrupt angles in the structure.\n2. **Side View:** Shows the axonal branches from another perspective. Check for consistent alignment and branching.\n3. **Top View:** Offers another angle on the branched structure. Watch for anomalous connections like loops or sharp angles.\n\nThe complexity of the structures and potential errors like axon doubling back or a ninety-degree angle are not readily apparent in these perspectives.\n\nSegment ID 864691135659152002:\n\n1. **Front View:** Displays a more sparse network of axonal branches. Look for backtracking or sharp angles that appear abnormal.\n2. **Side View:** Provides another perspective of the sparse structure. Check for consistency in the alignment and branching.\n3. **Top View:** An alternate angle that again shows sparsity. Sharp angles or backtracking might indicate a merge error.\n\nGiven the analysis of both sets, neither presents clear evidence of the typical merge errors described (backtracking, ninety-degree angles) prominently or within the central area of the images. Both sets have relatively complex but not obviously erroneous branching structures under typical interpretations.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"When analyzing the images for potential merge errors, we should focus on identifying any atypical neuronal structures or formations that suggest an inappropriate joining of axonal branches from different neurons.\n\nSegment ID 864691136811700078:\n\n1. **Front View:** Displays a complex network of axonal branches. Look for any unusual backtracking or abrupt angles in the structure.\n2. **Side View:** Shows the axonal branches from another perspective. Check for consistent alignment and branching.\n3. **Top View:** Offers another angle on the branched structure. Watch for anomalous connections like loops or sharp angles.\n\nThe complexity of the structures and potential errors like axon doubling back or a ninety-degree angle are not readily apparent in these perspectives.\n\nSegment ID 864691135659152002:\n\n1. **Front View:** Displays a more sparse network of axonal branches. Look for backtracking or sharp angles that appear abnormal.\n2. **Side View:** Provides another perspective of the sparse structure. Check for consistency in the alignment and branching.\n3. **Top View:** An alternate angle that again shows sparsity. Sharp angles or backtracking might indicate a merge error.\n\nGiven the analysis of both sets, neither presents clear evidence of the typical merge errors described (backtracking, ninety-degree angles) prominently or within the central area of the images. Both sets have relatively complex but not obviously erroneous branching structures under typical interpretations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136811700078", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + } + ], + "root_id_requires_split":"864691136811700078", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_80_1", + "timestamp":null, + "merge_coords":"751128_431781_968163", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images associated with Segment ID 864691135659152002, the axonal projections appear to be singular and linear across the different views (front, side, top), without obvious intersections or abnormal branching that might indicate a merge error. The structures do not show any irregularities such as ninety-degree angles or doubling back.\n\nIn the images for Segment ID 864691136811700078, the axonal structures are much denser and interconnected. There is an intricate network with potential crossings, which makes it more difficult to discern individual projections. However, no clear signs of merge errors such as abrupt directional changes or double-back patterns are readily apparent either. Despite the complexity, these might still be accurate renderings of densely packed neuron branches without evident merges.\n\nGiven the current observations, neither set of images displays clear indicators of merge errors based on the provided characteristics.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images associated with Segment ID 864691135659152002, the axonal projections appear to be singular and linear across the different views (front, side, top), without obvious intersections or abnormal branching that might indicate a merge error. The structures do not show any irregularities such as ninety-degree angles or doubling back.\n\nIn the images for Segment ID 864691136811700078, the axonal structures are much denser and interconnected. There is an intricate network with potential crossings, which makes it more difficult to discern individual projections. However, no clear signs of merge errors such as abrupt directional changes or double-back patterns are readily apparent either. Despite the complexity, these might still be accurate renderings of densely packed neuron branches without evident merges.\n\nGiven the current observations, neither set of images displays clear indicators of merge errors based on the provided characteristics.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136811700078", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + } + ], + "root_id_requires_split":"864691136811700078", + "root_id_does_not_require_split":"864691135659152002" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_81_0", + "timestamp":null, + "merge_coords":"482937_977676_977224", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135687229408), the axonal structure appears to show multiple intricate branches and potential crossings but does not indicate a clear merge error like doubling back or unusual angles commonly seen in merge errors.\n\nIn the second set of images (Segment ID 864691135946994785), the axonal structure looks like it might show complex crossings, but again, it does not distinctly display the characteristic signs of a merge error such as dramatic doubling back or abnormal angular formations.\n\nConsidering both sets of images do not clearly depict merge errors typically indicated by abnormal axonal formations, the more cautious interpretation without evident signs would be that neither displays a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135687229408), the axonal structure appears to show multiple intricate branches and potential crossings but does not indicate a clear merge error like doubling back or unusual angles commonly seen in merge errors.\n\nIn the second set of images (Segment ID 864691135946994785), the axonal structure looks like it might show complex crossings, but again, it does not distinctly display the characteristic signs of a merge error such as dramatic doubling back or abnormal angular formations.\n\nConsidering both sets of images do not clearly depict merge errors typically indicated by abnormal axonal formations, the more cautious interpretation without evident signs would be that neither displays a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135687229408", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + }, + { + "id":"864691135946994785", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + } + ], + "root_id_requires_split":"864691135687229408", + "root_id_does_not_require_split":"864691135946994785" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_81_1", + "timestamp":null, + "merge_coords":"482937_977676_977224", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, I will examine each segment for potential merge errors characterized by unusual branching patterns, such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691135946994785**:\n - **Front View**: The neuronal structure appears complex but relatively coherent without sharp angles or doubling back.\n - **Side View**: Maintains a consistent branching pattern, relatively smooth transitions.\n - **Top View**: Similar structure as other views with no evident sharp angles or signs of axonal branching anomalies.\n\n2. **Segment ID 864691135687229408**:\n - **Front View**: Displays an irregular branching pattern; one long segment extends into a region potentially joining another structure at a sharp angle.\n - **Side View**: Confirms irregular structure from the front view, showing potential doubling back or unnatural angles.\n - **Top View**: Exhibits a distinct branching angle that could indicate a merge error.\n\nBased on the analysis of the structures, Segment ID 864691135687229408 displays characteristics consistent with a merge error due to evident irregularities in axonal branching, particularly at sharp angles or areas where the branches appear to double back.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, I will examine each segment for potential merge errors characterized by unusual branching patterns, such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691135946994785**:\n - **Front View**: The neuronal structure appears complex but relatively coherent without sharp angles or doubling back.\n - **Side View**: Maintains a consistent branching pattern, relatively smooth transitions.\n - **Top View**: Similar structure as other views with no evident sharp angles or signs of axonal branching anomalies.\n\n2. **Segment ID 864691135687229408**:\n - **Front View**: Displays an irregular branching pattern; one long segment extends into a region potentially joining another structure at a sharp angle.\n - **Side View**: Confirms irregular structure from the front view, showing potential doubling back or unnatural angles.\n - **Top View**: Exhibits a distinct branching angle that could indicate a merge error.\n\nBased on the analysis of the structures, Segment ID 864691135687229408 displays characteristics consistent with a merge error due to evident irregularities in axonal branching, particularly at sharp angles or areas where the branches appear to double back.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135687229408", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + }, + { + "id":"864691135946994785", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + } + ], + "root_id_requires_split":"864691135687229408", + "root_id_does_not_require_split":"864691135946994785" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_82_0", + "timestamp":null, + "merge_coords":"746004_693756_761712", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nBy examining the images, both sets appear to be similar visually, displaying complex neuron-like structures. To determine if there are any merge errors, we need to look for:\n\n1. Doubling back of the axon after branching.\n2. Abrupt ninety-degree angles suggestive of unnatural connections.\n\n**Segment ID 864691135511149520:**\n- **Front View:** The structure appears as a branching structure with smooth terminations.\n- **Side View:** There are no evident sudden turns or unnatural loopbacks.\n- **Top View:** The connections appear typical without sharp aberrant angles.\n\n**Segment ID 864691135336108265:**\n- **Front View:** Similar to the first segment with a smooth appearance.\n- **Side View:** No loops or sharp angles within the central part are visible.\n- **Top View:** The axon branches without abrupt morphological changes.\n\nIn neither option do we observe the clear presence of a merge, such as an axon unnatural looping back or forming a sharp angle inappropriately. Both segments show smooth branching typical of neuronal structures.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"By examining the images, both sets appear to be similar visually, displaying complex neuron-like structures. To determine if there are any merge errors, we need to look for:\n\n1. Doubling back of the axon after branching.\n2. Abrupt ninety-degree angles suggestive of unnatural connections.\n\n**Segment ID 864691135511149520:**\n- **Front View:** The structure appears as a branching structure with smooth terminations.\n- **Side View:** There are no evident sudden turns or unnatural loopbacks.\n- **Top View:** The connections appear typical without sharp aberrant angles.\n\n**Segment ID 864691135336108265:**\n- **Front View:** Similar to the first segment with a smooth appearance.\n- **Side View:** No loops or sharp angles within the central part are visible.\n- **Top View:** The axon branches without abrupt morphological changes.\n\nIn neither option do we observe the clear presence of a merge, such as an axon unnatural looping back or forming a sharp angle inappropriately. Both segments show smooth branching typical of neuronal structures.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135511149520", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135511149520", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_82_1", + "timestamp":null, + "merge_coords":"746004_693756_761712", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nBoth sets of images provided (Segment ID 864691135336108265 and Segment ID 864691135511149520) look identical from the front, side, and top views. This strongly suggests a copy or repetitive visualization of the same structure, leading to the need for scrutiny to detect potential merge errors.\n\nFor both sets:\n\n1. **Front View**: The structure has no visible sharp bends or abrupt directional changes like ninety-degree angles suggesting a merge. The branching seems smooth and follows typical neuronal morphology.\n\n2. **Side View**: The continuity and directionality of the branches appear consistent with normal neuron structure without any unusual doubling back on themselves.\n\n3. **Top View**: Similarly, fair continuity is observed without abrupt changes or unnatural folding.\n\nHence, none of the segments show an obvious merge error based on these views, and with both sets appearing identical, there's no apparent merge error here.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Both sets of images provided (Segment ID 864691135336108265 and Segment ID 864691135511149520) look identical from the front, side, and top views. This strongly suggests a copy or repetitive visualization of the same structure, leading to the need for scrutiny to detect potential merge errors.\n\nFor both sets:\n\n1. **Front View**: The structure has no visible sharp bends or abrupt directional changes like ninety-degree angles suggesting a merge. The branching seems smooth and follows typical neuronal morphology.\n\n2. **Side View**: The continuity and directionality of the branches appear consistent with normal neuron structure without any unusual doubling back on themselves.\n\n3. **Top View**: Similarly, fair continuity is observed without abrupt changes or unnatural folding.\n\nHence, none of the segments show an obvious merge error based on these views, and with both sets appearing identical, there's no apparent merge error here.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135511149520", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135511149520", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_83_0", + "timestamp":null, + "merge_coords":"785606_676534_921131", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135749627177), the neuron displays a fairly consistent branching pattern without obvious signs of merging errors such as abrupt directional changes or unnatural angles.\n\nIn the second set of images (Segment ID 864691135336108265), the neuron's morphological structure looks compact and more organized without any apparent structural anomalies such as doubling back or sharp angles where axons join. The branches radiate outward uniformly from the center.\n\nNeither of the segments exhibits characteristics typical of axonal merge errors. Both sets show natural neuron branching with consistent continuity across views. There are no evident signs of improperly grouped processes from different neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135749627177), the neuron displays a fairly consistent branching pattern without obvious signs of merging errors such as abrupt directional changes or unnatural angles.\n\nIn the second set of images (Segment ID 864691135336108265), the neuron's morphological structure looks compact and more organized without any apparent structural anomalies such as doubling back or sharp angles where axons join. The branches radiate outward uniformly from the center.\n\nNeither of the segments exhibits characteristics typical of axonal merge errors. Both sets show natural neuron branching with consistent continuity across views. There are no evident signs of improperly grouped processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135749627177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + } + ], + "root_id_requires_split":"864691135749627177", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_83_1", + "timestamp":null, + "merge_coords":"785606_676534_921131", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we are examining potential merge errors in neuronal data, which are typically indicated by unusual axonal structures.\n\n1. **Segment ID 864691135336108265:**\n - **Front View:** The axonal structure appears to spread out without apparent doubling back or forming sharp angles that would suggest a merge.\n - **Side View:** The branching seems to follow a natural trajectory without sharp turns or unusual loops. \n - **Top View:** The axon radiates from the soma without returning to the center or connecting anomalously.\n\n2. **Segment ID 864691135749627177:**\n - **Front View:** There is a complex array of branching, but notable is a branching structure that doubles back, creating an unusual angle.\n - **Side View:** Similar observations as the front view, the axon makes a trajectory that does not seem typical for neuronal structure.\n - **Top View:** There is a point of branching where the process seems to make an abrupt turn back toward the main structure which is atypical.\n\nBased on the above observations, the second set of images (Segment ID 864691135749627177) shows characteristics often associated with a merge error, such as an axon that doubles back after branching.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, we are examining potential merge errors in neuronal data, which are typically indicated by unusual axonal structures.\n\n1. **Segment ID 864691135336108265:**\n - **Front View:** The axonal structure appears to spread out without apparent doubling back or forming sharp angles that would suggest a merge.\n - **Side View:** The branching seems to follow a natural trajectory without sharp turns or unusual loops. \n - **Top View:** The axon radiates from the soma without returning to the center or connecting anomalously.\n\n2. **Segment ID 864691135749627177:**\n - **Front View:** There is a complex array of branching, but notable is a branching structure that doubles back, creating an unusual angle.\n - **Side View:** Similar observations as the front view, the axon makes a trajectory that does not seem typical for neuronal structure.\n - **Top View:** There is a point of branching where the process seems to make an abrupt turn back toward the main structure which is atypical.\n\nBased on the above observations, the second set of images (Segment ID 864691135749627177) shows characteristics often associated with a merge error, such as an axon that doubles back after branching.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135749627177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + } + ], + "root_id_requires_split":"864691135749627177", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_84_0", + "timestamp":null, + "merge_coords":"787069_676672_920976", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images for possible merge errors in the neuronal data, I focused on characteristics like axons that double back or take sharp ninety-degree turns, which are indicative of merges from different neurons.\n\nIn the first set of images (Segment ID 864691136297849115), the neuronal structure seems relatively smooth and consistent. There are no apparent signs of abrupt directional changes or duplications that suggest a merge error.\n\nIn the second set of images (Segment ID 864691135336108265), there is a more chaotic arrangement in the branching patterns, particularly noticeable in the top view. The structure in the center of the image appears to have a sharp change in direction, which could suggest a potential merge error, especially around the central region of the volume.\n\nGiven this analysis, the second set of images exhibits characteristics more consistent with a potential merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images for possible merge errors in the neuronal data, I focused on characteristics like axons that double back or take sharp ninety-degree turns, which are indicative of merges from different neurons.\n\nIn the first set of images (Segment ID 864691136297849115), the neuronal structure seems relatively smooth and consistent. There are no apparent signs of abrupt directional changes or duplications that suggest a merge error.\n\nIn the second set of images (Segment ID 864691135336108265), there is a more chaotic arrangement in the branching patterns, particularly noticeable in the top view. The structure in the center of the image appears to have a sharp change in direction, which could suggest a potential merge error, especially around the central region of the volume.\n\nGiven this analysis, the second set of images exhibits characteristics more consistent with a potential merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297849115", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + } + ], + "root_id_requires_split":"864691136297849115", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_84_1", + "timestamp":null, + "merge_coords":"787069_676672_920976", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nAfter analyzing the images from both segments, I am looking for signs of aberrant axonal structure that would suggest merge errors, such as axons doubling back after branching off or forming unnatural angles.\n\n**Segment ID 864691135336108265:**\n1. **Front View:** The structure appears relatively linear with branches extending outward. This does not immediately suggest a merger since the branches do not cross back over themselves significantly.\n2. **Side View:** The pattern appears consistent without notable abrupt changes in direction or doubling back.\n3. **Top View:** While complex, the branching pattern seems consistent.\n\n**Segment ID 864691136297849115:**\n1. **Front View:** There\u2019s a denser clustering of branches which may point towards a potential merge, but lacks a clear signature of doubling back.\n2. **Side View:** There are several points in the structure where branches come close to 90-degree angles; however, they don't appear to intersect or double back in a way that clearly indicates a merge.\n3. **Top View:** Similar to the front and side views, while dense, there is no apparent unnatural intersection or angles.\n\nOverall, neither segment shows clear evidence of a merge error as characterized by aberrant axonal structures or problematic intersections at the center of the images.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"After analyzing the images from both segments, I am looking for signs of aberrant axonal structure that would suggest merge errors, such as axons doubling back after branching off or forming unnatural angles.\n\n**Segment ID 864691135336108265:**\n1. **Front View:** The structure appears relatively linear with branches extending outward. This does not immediately suggest a merger since the branches do not cross back over themselves significantly.\n2. **Side View:** The pattern appears consistent without notable abrupt changes in direction or doubling back.\n3. **Top View:** While complex, the branching pattern seems consistent.\n\n**Segment ID 864691136297849115:**\n1. **Front View:** There\u2019s a denser clustering of branches which may point towards a potential merge, but lacks a clear signature of doubling back.\n2. **Side View:** There are several points in the structure where branches come close to 90-degree angles; however, they don't appear to intersect or double back in a way that clearly indicates a merge.\n3. **Top View:** Similar to the front and side views, while dense, there is no apparent unnatural intersection or angles.\n\nOverall, neither segment shows clear evidence of a merge error as characterized by aberrant axonal structures or problematic intersections at the center of the images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297849115", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + } + ], + "root_id_requires_split":"864691136297849115", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_85_0", + "timestamp":null, + "merge_coords":"787279_688138_820911", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135101004320:**\n - **Front View:** The segment appears relatively straight without unusual bends or angles.\n - **Side View:** The structure maintains a single, continuous path without any distinctive branching anomalies.\n - **Top View:** Consistent with the other perspectives; no indication of abrupt changes in direction or branching indicative of a merge error.\n\n2. **Segment ID 864691135336108265:**\n - **Front View:** There is a noticeable complexity in the structure with potential overlapping or doubling back.\n - **Side View:** There are unclear crossings and intersections that suggest the possibility of two different neuronal branches being inappropriately connected.\n - **Top View:** The segment shows more branching with connections forming non-linear angles, which are potential indicators of merge errors.\n\nThe observations suggest that Segment ID 864691135336108265 has characteristics of a merge error due to its complex and overlapping structures that are not typically observed in normal neuronal morphology.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691135101004320:**\n - **Front View:** The segment appears relatively straight without unusual bends or angles.\n - **Side View:** The structure maintains a single, continuous path without any distinctive branching anomalies.\n - **Top View:** Consistent with the other perspectives; no indication of abrupt changes in direction or branching indicative of a merge error.\n\n2. **Segment ID 864691135336108265:**\n - **Front View:** There is a noticeable complexity in the structure with potential overlapping or doubling back.\n - **Side View:** There are unclear crossings and intersections that suggest the possibility of two different neuronal branches being inappropriately connected.\n - **Top View:** The segment shows more branching with connections forming non-linear angles, which are potential indicators of merge errors.\n\nThe observations suggest that Segment ID 864691135336108265 has characteristics of a merge error due to its complex and overlapping structures that are not typically observed in normal neuronal morphology.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135101004320", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135101004320", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_85_1", + "timestamp":null, + "merge_coords":"787279_688138_820911", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images shown:\n\n**Segment ID 864691135336108265:**\n\n- **Front View:** The structure appears to have multiple branches extending out, with some sections showing abrupt changes in direction. This includes areas where axons seem to overlap or form angles.\n- **Side View:** There are points where the axon appears to twist or loop back, which is often indicative of a merge error.\n- **Top View:** The axon seems to branch in an irregular fashion, forming angles that could indicate a merge error.\n\n**Segment ID 864691135101004320:**\n\n- **Front View:** The structure is mostly linear without evident unusual branching.\n- **Side View:** While there are minor bends, there are no significant angles or branching that suggest a merge error.\n- **Top View:** The structure is smooth and consistently directed, lacking complex branching.\n\nFrom the analysis, Segment ID 864691135336108265 exhibits characteristics commonly associated with merge errors, such as abrupt angles, looping back, and irregular branching.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the images shown:\n\n**Segment ID 864691135336108265:**\n\n- **Front View:** The structure appears to have multiple branches extending out, with some sections showing abrupt changes in direction. This includes areas where axons seem to overlap or form angles.\n- **Side View:** There are points where the axon appears to twist or loop back, which is often indicative of a merge error.\n- **Top View:** The axon seems to branch in an irregular fashion, forming angles that could indicate a merge error.\n\n**Segment ID 864691135101004320:**\n\n- **Front View:** The structure is mostly linear without evident unusual branching.\n- **Side View:** While there are minor bends, there are no significant angles or branching that suggest a merge error.\n- **Top View:** The structure is smooth and consistently directed, lacking complex branching.\n\nFrom the analysis, Segment ID 864691135336108265 exhibits characteristics commonly associated with merge errors, such as abrupt angles, looping back, and irregular branching.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135101004320", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135101004320", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_86_0", + "timestamp":null, + "merge_coords":"822885_665889_823536", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided:\n\n- **Segment ID 864691135561044676**: The structure appears to have multiple branches. The axonal branches in this segment show natural branching without obvious signs of merging, such as doubling back or taking unnatural angles. The branches spread out in a relatively organized manner from a central point.\n\n- **Segment ID 864691135336108265**: The structure here is more branched and complex, with various processes spreading out. However, there are sections where the branches look like they might form unusual angles or return on themselves, especially around the central area where connections form. This could indicate a potential merge error, possibly occurring due to an axon joining or intersecting inappropriately with another.\n\nGiven these observations, the second segment exhibits characteristics more typical of merge errors, like the possibility of unusual angles and doubling back.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided:\n\n- **Segment ID 864691135561044676**: The structure appears to have multiple branches. The axonal branches in this segment show natural branching without obvious signs of merging, such as doubling back or taking unnatural angles. The branches spread out in a relatively organized manner from a central point.\n\n- **Segment ID 864691135336108265**: The structure here is more branched and complex, with various processes spreading out. However, there are sections where the branches look like they might form unusual angles or return on themselves, especially around the central area where connections form. This could indicate a potential merge error, possibly occurring due to an axon joining or intersecting inappropriately with another.\n\nGiven these observations, the second segment exhibits characteristics more typical of merge errors, like the possibility of unusual angles and doubling back.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135561044676", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + } + ], + "root_id_requires_split":"864691135561044676", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_86_1", + "timestamp":null, + "merge_coords":"822885_665889_823536", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the images:\n\nSegment ID 864691135336108265:\n- The axonal structure appears complex with various branches, common in neuronal dendritic architecture.\n- No evident aberrations such as axons doubling back or forming unnatural ninety-degree angles are observed.\n\nSegment ID 864691135561044676:\n- The axonal structure is simpler compared to the first segment.\n- There is no obvious indication of a merge error like a major branch doubling back or forming right angles inappropriately.\n\nNeither of the segments appears to contain evident merge errors based on the provided criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the images:\n\nSegment ID 864691135336108265:\n- The axonal structure appears complex with various branches, common in neuronal dendritic architecture.\n- No evident aberrations such as axons doubling back or forming unnatural ninety-degree angles are observed.\n\nSegment ID 864691135561044676:\n- The axonal structure is simpler compared to the first segment.\n- There is no obvious indication of a merge error like a major branch doubling back or forming right angles inappropriately.\n\nNeither of the segments appears to contain evident merge errors based on the provided criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135561044676", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + } + ], + "root_id_requires_split":"864691135561044676", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_87_0", + "timestamp":null, + "merge_coords":"789237_654318_841065", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691135416248202:\n- Front view: The axon shows a natural branching pattern without sharp angles or doubling back.\n- Side view: The axon continues smoothly with no unusual bends or structural anomalies.\n- Top view: There are no abrupt changes in direction or unnatural shapes.\n\nSegment ID 864691135336108265:\n- Front view: The structure appears linear and follows a consistent path without doubling back.\n- Side view: The axon maintains a smooth path without sharp turns.\n- Top view: No evident merge errors; the branching appears uniform and natural.\n\nNeither segment exhibits characteristics typical of a merge error, such as doubling back or sharp, angular bends.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691135416248202:\n- Front view: The axon shows a natural branching pattern without sharp angles or doubling back.\n- Side view: The axon continues smoothly with no unusual bends or structural anomalies.\n- Top view: There are no abrupt changes in direction or unnatural shapes.\n\nSegment ID 864691135336108265:\n- Front view: The structure appears linear and follows a consistent path without doubling back.\n- Side view: The axon maintains a smooth path without sharp turns.\n- Top view: No evident merge errors; the branching appears uniform and natural.\n\nNeither segment exhibits characteristics typical of a merge error, such as doubling back or sharp, angular bends.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135416248202", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + } + ], + "root_id_requires_split":"864691135416248202", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_87_1", + "timestamp":null, + "merge_coords":"789237_654318_841065", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are looking for signs of merge errors in the neuron's 3D segmentation. Merge errors often exhibit unusual structural characteristics, such as abrupt bends or looping back upon itself, which could suggest inappropriate merging between processes from different neurons.\n\n**Segment ID 864691135336108265:**\n- The images show an intricate, branching structure. There are multiple points where branches diverge, and the overall structure appears continuous. \n- There does not seem to be any significant irregularity like an axon doubling back or forming acute angles that are typical of merge errors.\n\n**Segment ID 864691135416248202:**\n- The structure here is less complex with fewer branches, but it maintains consistency without noticeable irregularities.\n- There appears to be no doubling back or sharp turns within the center of the structure that would signal a merge error.\n\nBoth segments appear to exhibit natural neuronal structures without signs of inappropriate merging between different neurons in these views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are looking for signs of merge errors in the neuron's 3D segmentation. Merge errors often exhibit unusual structural characteristics, such as abrupt bends or looping back upon itself, which could suggest inappropriate merging between processes from different neurons.\n\n**Segment ID 864691135336108265:**\n- The images show an intricate, branching structure. There are multiple points where branches diverge, and the overall structure appears continuous. \n- There does not seem to be any significant irregularity like an axon doubling back or forming acute angles that are typical of merge errors.\n\n**Segment ID 864691135416248202:**\n- The structure here is less complex with fewer branches, but it maintains consistency without noticeable irregularities.\n- There appears to be no doubling back or sharp turns within the center of the structure that would signal a merge error.\n\nBoth segments appear to exhibit natural neuronal structures without signs of inappropriate merging between different neurons in these views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135416248202", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + } + ], + "root_id_requires_split":"864691135416248202", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_88_0", + "timestamp":null, + "merge_coords":"712033_681452_775965", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nSegment ID 864691136297852187:\n\n1. **Front View:** The axon appears to have elongation and branching but maintains a consistent smooth path.\n2. **Side and Top Views:** Show a single path with expected curvature and branches, without any abrupt turns or doubling back.\n\nSegment ID 864691135336108265:\n\n1. **Front View:** Shows a complex branching structure that includes potential areas of concern.\n2. **Side View:** Branches appear more chaotic, but no clear merge errors are visible, i.e., abrupt angles or loops.\n3. **Top View:** The structure has intricate branching, but it seems consistent and coherent without sharp unpredictable turns.\n\nNeither segment has obvious characteristics indicative of merge errors like axonal doubling back or forming a ninety-degree angle due to merging different neuronal processes.\n\nBased on the above observations, there are no clear signs of inappropriate merges in the segments provided.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691136297852187:\n\n1. **Front View:** The axon appears to have elongation and branching but maintains a consistent smooth path.\n2. **Side and Top Views:** Show a single path with expected curvature and branches, without any abrupt turns or doubling back.\n\nSegment ID 864691135336108265:\n\n1. **Front View:** Shows a complex branching structure that includes potential areas of concern.\n2. **Side View:** Branches appear more chaotic, but no clear merge errors are visible, i.e., abrupt angles or loops.\n3. **Top View:** The structure has intricate branching, but it seems consistent and coherent without sharp unpredictable turns.\n\nNeither segment has obvious characteristics indicative of merge errors like axonal doubling back or forming a ninety-degree angle due to merging different neuronal processes.\n\nBased on the above observations, there are no clear signs of inappropriate merges in the segments provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297852187", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + } + ], + "root_id_requires_split":"864691136297852187", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_88_1", + "timestamp":null, + "merge_coords":"712033_681452_775965", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691135336108265:\n- The first set of images shows a neuronal structure with multiple branches. The structure appears intricate, but there's no clear evidence of axonal doubling back, abrupt ninety-degree angles, or merges inappropriately linking different neurons within the central area. \n\nSegment ID 864691136297852187:\n- The second set presents a simpler structure. There are bends and turns, but these do not resemble the typical signs of merge errors, such as abrupt ninety-degree angles or doubling back over itself. The structure appears consistent with a single neuronal process without clear evidence of merge errors.\n\nBased on the examination, neither of the segments shows conclusive signs of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691135336108265:\n- The first set of images shows a neuronal structure with multiple branches. The structure appears intricate, but there's no clear evidence of axonal doubling back, abrupt ninety-degree angles, or merges inappropriately linking different neurons within the central area. \n\nSegment ID 864691136297852187:\n- The second set presents a simpler structure. There are bends and turns, but these do not resemble the typical signs of merge errors, such as abrupt ninety-degree angles or doubling back over itself. The structure appears consistent with a single neuronal process without clear evidence of merge errors.\n\nBased on the examination, neither of the segments shows conclusive signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297852187", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + } + ], + "root_id_requires_split":"864691136297852187", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_89_0", + "timestamp":null, + "merge_coords":"724342_732354_884793", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the images for both segments:\n\n**Segment ID 864691136312894013:**\n\n- **Front View:** The branching appears mostly linear with no evident sharp turns or doubling back in the center.\n- **Side View:** The axonal paths are consistent without sharp angles or returning paths.\n- **Top View:** The structure appears straightforward, with branching that seems typical without unusual angles or paths.\n\n**Segment ID 864691135336108265:**\n\n- **Front View:** The branching structure appears slightly more complex, but no evident doubling back or sharp 90-degree angles in the center.\n- **Side View:** Similar structures, with a bit more complexity, but still without clear signs of merging errors like doubling back or sharp angles.\n- **Top View:** The paths remain consistent with no obvious merge characteristics like abrupt angle changes or returning paths.\n\nBoth segments do not show clear signs of merging errors, such as axons sharply doubling back or joining at 90-degree angles in the center of the volume.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images for both segments:\n\n**Segment ID 864691136312894013:**\n\n- **Front View:** The branching appears mostly linear with no evident sharp turns or doubling back in the center.\n- **Side View:** The axonal paths are consistent without sharp angles or returning paths.\n- **Top View:** The structure appears straightforward, with branching that seems typical without unusual angles or paths.\n\n**Segment ID 864691135336108265:**\n\n- **Front View:** The branching structure appears slightly more complex, but no evident doubling back or sharp 90-degree angles in the center.\n- **Side View:** Similar structures, with a bit more complexity, but still without clear signs of merging errors like doubling back or sharp angles.\n- **Top View:** The paths remain consistent with no obvious merge characteristics like abrupt angle changes or returning paths.\n\nBoth segments do not show clear signs of merging errors, such as axons sharply doubling back or joining at 90-degree angles in the center of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136312894013", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + } + ], + "root_id_requires_split":"864691136312894013", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_89_1", + "timestamp":null, + "merge_coords":"724342_732354_884793", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images for each segment, I looked for signs of merge errors, such as unusual axonal structures, doubling back, or forming sharp angles.\n\n1. **Segment ID 864691135336108265:**\n - **Front View:** The axonal branches appear in multiple directions but do not show any clear evidence of merging in the center region.\n - **Side View:** The branches are spread out, maintaining consistent directional flow without any abrupt angles.\n - **Top View:** No apparent merging, with branches flowing in the expected directions.\n\n2. **Segment ID 864691136312894013:**\n - **Front View:** The axonal branches appear to cross at several points, potentially indicating merging near the center.\n - **Side View:** The structure shows notable angling and possible merging around the center, with branches that may indicate doubling back.\n - **Top View:** There is a visible crossing and overlapping of branches near the center, suggesting an error.\n\nSegment 2 shows more characteristics indicative of a merge error, specifically within the central area of the images.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images for each segment, I looked for signs of merge errors, such as unusual axonal structures, doubling back, or forming sharp angles.\n\n1. **Segment ID 864691135336108265:**\n - **Front View:** The axonal branches appear in multiple directions but do not show any clear evidence of merging in the center region.\n - **Side View:** The branches are spread out, maintaining consistent directional flow without any abrupt angles.\n - **Top View:** No apparent merging, with branches flowing in the expected directions.\n\n2. **Segment ID 864691136312894013:**\n - **Front View:** The axonal branches appear to cross at several points, potentially indicating merging near the center.\n - **Side View:** The structure shows notable angling and possible merging around the center, with branches that may indicate doubling back.\n - **Top View:** There is a visible crossing and overlapping of branches near the center, suggesting an error.\n\nSegment 2 shows more characteristics indicative of a merge error, specifically within the central area of the images.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136312894013", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + } + ], + "root_id_requires_split":"864691136312894013", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_90_0", + "timestamp":null, + "merge_coords":"634511_611474_922029", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided for Segment ID 864691135576354100, the front view shows a relatively straight and continuous axonal structure without significant branching or aberrant structures that hint at a merge. The side and top views confirm this by maintaining a consistent linear trajectory without abrupt turns that would indicate a merge error.\n\nFor Segment ID 864691135336108265, the front view shows some curvature, but this is often typical of neuronal structures. The side and top views do not display any significant ninety-degree angles or doubling back that are characteristic of merge errors.\n\nOverall, neither set of images displays the indicative signs of a merge error such as complex twists or abrupt directional changes that suggest an incorrect grouping of neuronal processes from different neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided for Segment ID 864691135576354100, the front view shows a relatively straight and continuous axonal structure without significant branching or aberrant structures that hint at a merge. The side and top views confirm this by maintaining a consistent linear trajectory without abrupt turns that would indicate a merge error.\n\nFor Segment ID 864691135336108265, the front view shows some curvature, but this is often typical of neuronal structures. The side and top views do not display any significant ninety-degree angles or doubling back that are characteristic of merge errors.\n\nOverall, neither set of images displays the indicative signs of a merge error such as complex twists or abrupt directional changes that suggest an incorrect grouping of neuronal processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135576354100", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + } + ], + "root_id_requires_split":"864691135576354100", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_90_1", + "timestamp":null, + "merge_coords":"634511_611474_922029", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentations, we are looking for indications of merge errors, such as unnatural bends or angles in the axonal structure.\n\n### Segment ID 864691135336108265\n- **Front View**: Displays a fairly linear structure with slight variations, no sharp angles or obvious doublings.\n- **Side View**: The segment maintains a smooth trajectory without evident crossings or blendings at sharp angles.\n- **Top View**: Remains consistent with the other views, lacking apparent irregularities such as angles near 90 degrees or doubling back.\n\n### Segment ID 864691135576354100\n- **Front View**: This view shows some complexity in the structure, with potential signs of branching that could be a merge, but not conclusively an error.\n- **Side View**: Exhibits a more tangled structure with some abrupt changes in direction that could be indicative of a merge error.\n- **Top View**: Displays interaction that may suggest a merge due to unnatural bends and crossings.\n\nComparing the segments, Segment ID 864691135576354100 presents some possible signs of a merge error. Particularly in the side view, there are unnatural directional changes, suggestive of inappropriately joined neurites.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided 3D segmentations, we are looking for indications of merge errors, such as unnatural bends or angles in the axonal structure.\n\n### Segment ID 864691135336108265\n- **Front View**: Displays a fairly linear structure with slight variations, no sharp angles or obvious doublings.\n- **Side View**: The segment maintains a smooth trajectory without evident crossings or blendings at sharp angles.\n- **Top View**: Remains consistent with the other views, lacking apparent irregularities such as angles near 90 degrees or doubling back.\n\n### Segment ID 864691135576354100\n- **Front View**: This view shows some complexity in the structure, with potential signs of branching that could be a merge, but not conclusively an error.\n- **Side View**: Exhibits a more tangled structure with some abrupt changes in direction that could be indicative of a merge error.\n- **Top View**: Displays interaction that may suggest a merge due to unnatural bends and crossings.\n\nComparing the segments, Segment ID 864691135576354100 presents some possible signs of a merge error. Particularly in the side view, there are unnatural directional changes, suggestive of inappropriately joined neurites.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135576354100", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + } + ], + "root_id_requires_split":"864691135576354100", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_91_0", + "timestamp":null, + "merge_coords":"825898_692695_761974", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135702498817), the neuronal structure appears fairly regular, and no obvious signs of merge errors such as abnormal axonal formations or unexpected junction angles are visible. The branches are extending naturally without any apparent doubling back or sharp turns.\n\nIn the second set of images (Segment ID 864691135336108265), there is a more complex branching pattern, which does not show any typical merge errors like the axon branching back on itself or forming an unnatural ninety degree angle when joining another process. The branches extend uniformly from the central soma.\n\nBoth segmentations do not exhibit clear and typical signs of merge errors like doubled-back axons or abrupt angles formed at mergers in the center of the images provided.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135702498817), the neuronal structure appears fairly regular, and no obvious signs of merge errors such as abnormal axonal formations or unexpected junction angles are visible. The branches are extending naturally without any apparent doubling back or sharp turns.\n\nIn the second set of images (Segment ID 864691135336108265), there is a more complex branching pattern, which does not show any typical merge errors like the axon branching back on itself or forming an unnatural ninety degree angle when joining another process. The branches extend uniformly from the central soma.\n\nBoth segmentations do not exhibit clear and typical signs of merge errors like doubled-back axons or abrupt angles formed at mergers in the center of the images provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135702498817", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + } + ], + "root_id_requires_split":"864691135702498817", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_91_1", + "timestamp":null, + "merge_coords":"825898_692695_761974", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images, I am analyzing the axonal structures for characteristics that might indicate a merge error, such as axons doubling back after branching or making sharp ninety-degree angles with other axons. \n\n### Segment ID 864691135336108265\n- **Front View:** The structure appears to be branching naturally without evident abnormalities.\n- **Side View:** Again, the branching seems consistent with typical neuronal structures, without sharp angles or unusual behaviors.\n- **Top View:** This view supports the earlier observations from the front and the side. The axons are well aligned with a single neuron architecture.\n\n### Segment ID 864691135702498817\n- **Front View:** Displays a few branches that may seem to cross or overlap, but they maintain a linear path suggestive of a single axonal structure.\n- **Side View:** While the structure shows complex branching, it remains cohesive without sharp turns or doubling back characteristic of merge errors.\n- **Top View:** The branches are consistent with a single neuron, despite their overlap and contact, which are typical for densely packed neurons.\n\nAfter analyzing, neither segment shows convincing evidence of a merge error. The branching patterns, directionality, and connectivity correspond well to typical neuronal architecture without indicators of inappropriate merging.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images, I am analyzing the axonal structures for characteristics that might indicate a merge error, such as axons doubling back after branching or making sharp ninety-degree angles with other axons. \n\n### Segment ID 864691135336108265\n- **Front View:** The structure appears to be branching naturally without evident abnormalities.\n- **Side View:** Again, the branching seems consistent with typical neuronal structures, without sharp angles or unusual behaviors.\n- **Top View:** This view supports the earlier observations from the front and the side. The axons are well aligned with a single neuron architecture.\n\n### Segment ID 864691135702498817\n- **Front View:** Displays a few branches that may seem to cross or overlap, but they maintain a linear path suggestive of a single axonal structure.\n- **Side View:** While the structure shows complex branching, it remains cohesive without sharp turns or doubling back characteristic of merge errors.\n- **Top View:** The branches are consistent with a single neuron, despite their overlap and contact, which are typical for densely packed neurons.\n\nAfter analyzing, neither segment shows convincing evidence of a merge error. The branching patterns, directionality, and connectivity correspond well to typical neuronal architecture without indicators of inappropriate merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135702498817", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + } + ], + "root_id_requires_split":"864691135702498817", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_92_0", + "timestamp":null, + "merge_coords":"764452_695604_862438", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images (Segment ID 864691135367961074) depicts complex branching but shows no clear indications of merge errors such as abrupt angle changes or doubling back of the axon.\n\nThe second set of images (Segment ID 864691135336108265) from the zoomed perspectives reveals a few anomalies. Notably, the front view shows a section where the axon appears to change direction abruptly, suggestive of a potential merge error. The side and top views indicate branching that could signify an aberrant axonal merge.\n\nGiven the characteristics of the second set, it's more likely there is a merge error present in that segmentation.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The first set of images (Segment ID 864691135367961074) depicts complex branching but shows no clear indications of merge errors such as abrupt angle changes or doubling back of the axon.\n\nThe second set of images (Segment ID 864691135336108265) from the zoomed perspectives reveals a few anomalies. Notably, the front view shows a section where the axon appears to change direction abruptly, suggestive of a potential merge error. The side and top views indicate branching that could signify an aberrant axonal merge.\n\nGiven the characteristics of the second set, it's more likely there is a merge error present in that segmentation.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135367961074", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + } + ], + "root_id_requires_split":"864691135367961074", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_92_1", + "timestamp":null, + "merge_coords":"764452_695604_862438", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the sequences of images:\n\n1. **Segment ID 864691135336108265**:\n - In the front view, the structure appears to have a clear, singular path with a lot of fine branching but does not show signs of doubling back or abrupt directional changes characteristic of merge errors.\n - The side and top views also maintain a consistent trajectory without noticeable right-angle branches or doubling back, suggesting no visible merge errors.\n\n2. **Segment ID 864691135367961074**:\n - The front view again exhibits a relatively clean path but with some bulbous nodes along the trajectory.\n - The side view mirrors the front with bulbous nodes which might suggest some erroneous connections, but no doubling back or sharp angles.\n - The top view shows a continuous path without sharp deviations.\n\nOverall, neither segment shows clear indicators of merge errors, such as axons doubling back or making unnatural sharp turns. Any slight bulbous formations are likely due to legitimate branching.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the sequences of images:\n\n1. **Segment ID 864691135336108265**:\n - In the front view, the structure appears to have a clear, singular path with a lot of fine branching but does not show signs of doubling back or abrupt directional changes characteristic of merge errors.\n - The side and top views also maintain a consistent trajectory without noticeable right-angle branches or doubling back, suggesting no visible merge errors.\n\n2. **Segment ID 864691135367961074**:\n - The front view again exhibits a relatively clean path but with some bulbous nodes along the trajectory.\n - The side view mirrors the front with bulbous nodes which might suggest some erroneous connections, but no doubling back or sharp angles.\n - The top view shows a continuous path without sharp deviations.\n\nOverall, neither segment shows clear indicators of merge errors, such as axons doubling back or making unnatural sharp turns. Any slight bulbous formations are likely due to legitimate branching.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135367961074", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + } + ], + "root_id_requires_split":"864691135367961074", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_93_0", + "timestamp":null, + "merge_coords":"733950_629307_793138", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images, segment ID 864691135336108265 shows features consistent with axonal merge errors. The segment has a complex dendritic structure with numerous branches observed from multiple angles, indicating the possibility of an inappropriate connection between processes from different neurons. This is especially evident around the center of the image where branches might appear to intersect and join at abnormal angles. In contrast, segment ID 864691135443122418 appears more linear and streamlined without obvious points of intersection characteristic of merge errors.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the provided images, segment ID 864691135336108265 shows features consistent with axonal merge errors. The segment has a complex dendritic structure with numerous branches observed from multiple angles, indicating the possibility of an inappropriate connection between processes from different neurons. This is especially evident around the center of the image where branches might appear to intersect and join at abnormal angles. In contrast, segment ID 864691135443122418 appears more linear and streamlined without obvious points of intersection characteristic of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135443122418", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + } + ], + "root_id_requires_split":"864691135443122418", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_93_1", + "timestamp":null, + "merge_coords":"733950_629307_793138", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images for potential merge errors, I observe the following:\n\n1. **Segment ID 864691135336108265**: This segment shows a complex branching structure in all views (front, side, top). The branching seems intricate but appears to follow a consistent pattern typical of dendritic arborization. I do not see obvious signs of axonal merging such as extreme bends or ninety-degree angles suggesting a wrong connection of two separate branches.\n\n2. **Segment ID 864691135443122418**: This segment presents a more linear and elongated structure with slight undulations in all views. There\u2019s no evident doubling back or unnatural right-angle formations, which usually indicate a merge error. The smoothness and linearity suggest it likely represents a continuous axonal path without erroneous merges.\n\nBoth segments maintain morphological integrity aligned with typical neuronal architecture, and there are no evident anomalies suggestive of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images for potential merge errors, I observe the following:\n\n1. **Segment ID 864691135336108265**: This segment shows a complex branching structure in all views (front, side, top). The branching seems intricate but appears to follow a consistent pattern typical of dendritic arborization. I do not see obvious signs of axonal merging such as extreme bends or ninety-degree angles suggesting a wrong connection of two separate branches.\n\n2. **Segment ID 864691135443122418**: This segment presents a more linear and elongated structure with slight undulations in all views. There\u2019s no evident doubling back or unnatural right-angle formations, which usually indicate a merge error. The smoothness and linearity suggest it likely represents a continuous axonal path without erroneous merges.\n\nBoth segments maintain morphological integrity aligned with typical neuronal architecture, and there are no evident anomalies suggestive of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135443122418", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + } + ], + "root_id_requires_split":"864691135443122418", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_94_0", + "timestamp":null, + "merge_coords":"715197_529032_849303", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the images of the two segment IDs, here are the observations:\n\n1. Segment ID: 864691135430630960\n - Front View: The structure appears mostly consistent with typical neuronal morphology. There is a large, singular structure without apparent irregularities.\n - Side and Top Views: Similarly, the projection remains consistent, without noticeable abnormalities like abrupt angles or doubling back.\n\n2. Segment ID: 864691135336108265\n - Front View: There's a notable deviation from standard neuronal paths. The axonal structure shows a potential merge with some sharp, unnatural angles and what may appear to be doubling back.\n - Side and Top Views: The possible merge situation appears more pronounced. The connections seem to form non-typical angles, suggesting potential merge errors.\n\nBased on these observations, Segment ID 864691135336108265 demonstrates more characteristics typical of a merge error, such as abrupt angle changes and complex crossings.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the images of the two segment IDs, here are the observations:\n\n1. Segment ID: 864691135430630960\n - Front View: The structure appears mostly consistent with typical neuronal morphology. There is a large, singular structure without apparent irregularities.\n - Side and Top Views: Similarly, the projection remains consistent, without noticeable abnormalities like abrupt angles or doubling back.\n\n2. Segment ID: 864691135336108265\n - Front View: There's a notable deviation from standard neuronal paths. The axonal structure shows a potential merge with some sharp, unnatural angles and what may appear to be doubling back.\n - Side and Top Views: The possible merge situation appears more pronounced. The connections seem to form non-typical angles, suggesting potential merge errors.\n\nBased on these observations, Segment ID 864691135336108265 demonstrates more characteristics typical of a merge error, such as abrupt angle changes and complex crossings.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135430630960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + } + ], + "root_id_requires_split":"864691135430630960", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_94_1", + "timestamp":null, + "merge_coords":"715197_529032_849303", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135336108265), the axonal structure appears to exhibit characteristics indicative of a merge error. There is a region where the axon seems to double back on itself and another section exhibiting a sharp, near ninety-degree angle, which are both suggestive of aberrant merging with another neuron process. These irregularities commonly indicate that the segmentation may contain branches from multiple neurons incorrectly grouped together.\n\nIn contrast, the second set of images (Segment ID 864691135430630960) does not display similar characteristics. The axonal structure seems to follow a more typical and expected path without the sharp angles or doubling back observed in the first segment.\n\nTherefore, the first segment more clearly represents a potential merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135336108265), the axonal structure appears to exhibit characteristics indicative of a merge error. There is a region where the axon seems to double back on itself and another section exhibiting a sharp, near ninety-degree angle, which are both suggestive of aberrant merging with another neuron process. These irregularities commonly indicate that the segmentation may contain branches from multiple neurons incorrectly grouped together.\n\nIn contrast, the second set of images (Segment ID 864691135430630960) does not display similar characteristics. The axonal structure seems to follow a more typical and expected path without the sharp angles or doubling back observed in the first segment.\n\nTherefore, the first segment more clearly represents a potential merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135430630960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + } + ], + "root_id_requires_split":"864691135430630960", + "root_id_does_not_require_split":"864691135336108265" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_95_0", + "timestamp":null, + "merge_coords":"707322_492009_805980", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the analysis of the presented segments:\n\n**Segment ID 864691136101699665:**\n- **Front View:** The structure appears elongated with a consistent flow. No unusual branching is evident at sharp angles or doubling back.\n- **Side View:** The morphology is linear without abrupt changes in direction akin to a merge error.\n- **Top View:** The structure maintains a uniform path without abrupt intersections.\n\n**Segment ID 864691137055544438:**\n- **Front View:** The structure shows a similar linear path, but there is a branching structure toward the top. \n- **Side View:** There's an abrupt change in the lower portion, with a circular looping structure that might indicate a merge error where one branch might loop back on itself.\n- **Top View:** The upper section has several proximally close branches that intersect at a ninety-degree angle or close, suggesting a potential merge error.\n\nGiven these observations, Segment ID 864691137055544438 shows more characteristics associated with merge errors, such as abrupt changes and close branch intersections.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the analysis of the presented segments:\n\n**Segment ID 864691136101699665:**\n- **Front View:** The structure appears elongated with a consistent flow. No unusual branching is evident at sharp angles or doubling back.\n- **Side View:** The morphology is linear without abrupt changes in direction akin to a merge error.\n- **Top View:** The structure maintains a uniform path without abrupt intersections.\n\n**Segment ID 864691137055544438:**\n- **Front View:** The structure shows a similar linear path, but there is a branching structure toward the top. \n- **Side View:** There's an abrupt change in the lower portion, with a circular looping structure that might indicate a merge error where one branch might loop back on itself.\n- **Top View:** The upper section has several proximally close branches that intersect at a ninety-degree angle or close, suggesting a potential merge error.\n\nGiven these observations, Segment ID 864691137055544438 shows more characteristics associated with merge errors, such as abrupt changes and close branch intersections.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101699665", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136101699665", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_95_1", + "timestamp":null, + "merge_coords":"707322_492009_805980", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nFor Segment ID 864691137055544438:\n\n1. Front View: The structure is elongated and appears to mostly follow a linear path.\n2. Side View: There is some branching visible, but it's challenging to determine if they are due to merging.\n3. Top View: The structure continues with a general linear appearance with evident branching, though no abrupt turns are clearly visible.\n\nFor Segment ID 864691136101699665:\n\n1. Front View: The structure displays branching, and an apparent angle is visible.\n2. Side View: A pronounced angle with a hook-like appearance indicates a potential merge error.\n3. Top View: The structure also shows significant turning, confirming the findings from other views.\n\nUpon comparison, Segment ID 864691136101699665 shows characteristics consistent with a merge error, such as branching at sharp angles and deviations from a linear path, which are not as prominent in Segment ID 864691137055544438.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"For Segment ID 864691137055544438:\n\n1. Front View: The structure is elongated and appears to mostly follow a linear path.\n2. Side View: There is some branching visible, but it's challenging to determine if they are due to merging.\n3. Top View: The structure continues with a general linear appearance with evident branching, though no abrupt turns are clearly visible.\n\nFor Segment ID 864691136101699665:\n\n1. Front View: The structure displays branching, and an apparent angle is visible.\n2. Side View: A pronounced angle with a hook-like appearance indicates a potential merge error.\n3. Top View: The structure also shows significant turning, confirming the findings from other views.\n\nUpon comparison, Segment ID 864691136101699665 shows characteristics consistent with a merge error, such as branching at sharp angles and deviations from a linear path, which are not as prominent in Segment ID 864691137055544438.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101699665", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136101699665", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_96_0", + "timestamp":null, + "merge_coords":"726421_484505_813788", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the images, the goal is to identify potential axonal merge errors, which often manifest as unusual branching patterns or angles that suggest processes from different neurons have been incorrectly grouped.\n\n**Segment ID 864691135865747164 Analysis:**\n\n- **Front View:** The axonal processes appear consistent and follow a natural path without sharp angles or doubling back.\n- **Side View:** No evident deviations from expected axonal growth patterns.\n- **Top View:** Axonal paths look consistent and do not exhibit signs of merging with other neurons unexpectedly. The axons extend outward in a radial fashion without sharp deviations.\n\n**Segment ID 864691137055544438 Analysis:**\n\n- **Front View:** The structure shows complex branching, but the pattern is radial and consistent with typical neuron morphology.\n- **Side View:** Axonal branches maintain a spread that is consistent with a single neuronal source.\n- **Top View:** The distribution of branches is uniform, without sharp, unnatural turns or close interactions indicative of an error.\n\nBoth segments appear to show natural, consistent patterns for single neuronal segments. There are no evident merge errors such as doubling back or unnatural right-angle formations in the central area of the images.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the images, the goal is to identify potential axonal merge errors, which often manifest as unusual branching patterns or angles that suggest processes from different neurons have been incorrectly grouped.\n\n**Segment ID 864691135865747164 Analysis:**\n\n- **Front View:** The axonal processes appear consistent and follow a natural path without sharp angles or doubling back.\n- **Side View:** No evident deviations from expected axonal growth patterns.\n- **Top View:** Axonal paths look consistent and do not exhibit signs of merging with other neurons unexpectedly. The axons extend outward in a radial fashion without sharp deviations.\n\n**Segment ID 864691137055544438 Analysis:**\n\n- **Front View:** The structure shows complex branching, but the pattern is radial and consistent with typical neuron morphology.\n- **Side View:** Axonal branches maintain a spread that is consistent with a single neuronal source.\n- **Top View:** The distribution of branches is uniform, without sharp, unnatural turns or close interactions indicative of an error.\n\nBoth segments appear to show natural, consistent patterns for single neuronal segments. There are no evident merge errors such as doubling back or unnatural right-angle formations in the central area of the images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135865747164", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + } + ], + "root_id_requires_split":"864691135865747164", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_96_1", + "timestamp":null, + "merge_coords":"726421_484505_813788", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe first set of images shows a neuron with a complex dendritic structure. The branches appear to radiate outward smoothly without noticeable abrupt angles, suggesting this example does not have obvious signs of merge errors.\n\nThe second set of images displays a sparse and linear structure, possibly representing an axon. The paths are straighter and thinner, indicative of axonal projections. There are sections where the structure branches in a linear fashion, but upon close inspection for characteristic signs of merge errors (such as doubling back or sharp turns), it appears consistent.\n\nOverall, neither set presents obvious merge errors based on the criteria of structure doubling back or making ninety-degree angles where separate processes could have been incorrectly joined.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The first set of images shows a neuron with a complex dendritic structure. The branches appear to radiate outward smoothly without noticeable abrupt angles, suggesting this example does not have obvious signs of merge errors.\n\nThe second set of images displays a sparse and linear structure, possibly representing an axon. The paths are straighter and thinner, indicative of axonal projections. There are sections where the structure branches in a linear fashion, but upon close inspection for characteristic signs of merge errors (such as doubling back or sharp turns), it appears consistent.\n\nOverall, neither set presents obvious merge errors based on the criteria of structure doubling back or making ninety-degree angles where separate processes could have been incorrectly joined.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135865747164", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + } + ], + "root_id_requires_split":"864691135865747164", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_97_0", + "timestamp":null, + "merge_coords":"671118_420630_915820", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the images for evidence of merge errors involves looking for typical characteristics such as an axon doubling back after a branch or forming a sharp angle.\n\n1. Segment ID 864691134070076884:\n - Front view: No sharp angles or irregular structures visible.\n - Side view: The axon appears relatively straight without irregular doubling back.\n - Top view: Consistent with the front and side views with no evident structural anomalies.\n\n2. Segment ID 864691137055544438:\n - Front view: Axon appears straight and continuous without signs of a merge error such as doubling back or sharp angles.\n - Side view: Consistent with the front view, showing no unusual branching or angles.\n - Top view: No evidence of a problematic structure or merge error.\n\nNeither segment displays the typical indicators of merge errors such as sharp, right-angle branches or doubled-back structures. The axons in both appear to be part of a single continuous neuronal process without inappropriate junctions with another neuron's axon.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images for evidence of merge errors involves looking for typical characteristics such as an axon doubling back after a branch or forming a sharp angle.\n\n1. Segment ID 864691134070076884:\n - Front view: No sharp angles or irregular structures visible.\n - Side view: The axon appears relatively straight without irregular doubling back.\n - Top view: Consistent with the front and side views with no evident structural anomalies.\n\n2. Segment ID 864691137055544438:\n - Front view: Axon appears straight and continuous without signs of a merge error such as doubling back or sharp angles.\n - Side view: Consistent with the front view, showing no unusual branching or angles.\n - Top view: No evidence of a problematic structure or merge error.\n\nNeither segment displays the typical indicators of merge errors such as sharp, right-angle branches or doubled-back structures. The axons in both appear to be part of a single continuous neuronal process without inappropriate junctions with another neuron's axon.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134070076884", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + } + ], + "root_id_requires_split":"864691134070076884", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_97_1", + "timestamp":null, + "merge_coords":"671118_420630_915820", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nFor segment ID 864691137055544438:\n\n1. **Front View:** There is a noticeable irregular branching pattern where parts of the axon seem to loop back.\n2. **Side View:** The structure appears elongated and relatively consistent, but there is a branching pattern that could indicate a merge.\n3. **Top View:** A part of the axon displays a looping structure that could indicate the presence of a merge.\n\nFor segment ID 864691134070076884:\n\n1. **Front View:** The structure appears streamlined, but there are some branching points of interest.\n2. **Side View:** No significant odd branching patterns can be identified from this perspective.\n3. **Top View:** There is a well-defined axon structure with no visible looping or sharp angles that would indicate a merge.\n\nOverall, segment ID 864691137055544438 shows more characteristics that suggest the possibility of a merge error, particularly indicated by its looping structures.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"For segment ID 864691137055544438:\n\n1. **Front View:** There is a noticeable irregular branching pattern where parts of the axon seem to loop back.\n2. **Side View:** The structure appears elongated and relatively consistent, but there is a branching pattern that could indicate a merge.\n3. **Top View:** A part of the axon displays a looping structure that could indicate the presence of a merge.\n\nFor segment ID 864691134070076884:\n\n1. **Front View:** The structure appears streamlined, but there are some branching points of interest.\n2. **Side View:** No significant odd branching patterns can be identified from this perspective.\n3. **Top View:** There is a well-defined axon structure with no visible looping or sharp angles that would indicate a merge.\n\nOverall, segment ID 864691137055544438 shows more characteristics that suggest the possibility of a merge error, particularly indicated by its looping structures.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134070076884", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + } + ], + "root_id_requires_split":"864691134070076884", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_98_0", + "timestamp":null, + "merge_coords":"791847_486213_816270", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn reviewing the segmentation images, I am looking for signs of axonal merge errors, such as abnormal branching, axons doubling back, or forming unusual angles.\n\n1. Segment ID 864691135697964642:\n - Front view: Shows branching with some irregularities but does not display obvious signs of merging errors like 90-degree angles or doubling back.\n - Side view: The branching appears slightly more irregular, but no distinctive merging errors are apparent.\n - Top view: Again, while the structure is complex, it does not clearly display merge errors characteristic of inappropriate neuronal process grouping.\n\n2. Segment ID 864691137055544438:\n - Front view: There is an evident branch almost creating a 90-degree angle suggesting a potential merge error.\n - Side view: Supports the possibility of an odd angle, aligning with potential signs of a merge.\n - Top view: Further suggests the presence of an aberrant structure in terms of branch direction and connection.\n\nThe side and front views of Segment ID 864691137055544438 show more distinct features associated with merging errors, particularly an unusual angle in the branching.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In reviewing the segmentation images, I am looking for signs of axonal merge errors, such as abnormal branching, axons doubling back, or forming unusual angles.\n\n1. Segment ID 864691135697964642:\n - Front view: Shows branching with some irregularities but does not display obvious signs of merging errors like 90-degree angles or doubling back.\n - Side view: The branching appears slightly more irregular, but no distinctive merging errors are apparent.\n - Top view: Again, while the structure is complex, it does not clearly display merge errors characteristic of inappropriate neuronal process grouping.\n\n2. Segment ID 864691137055544438:\n - Front view: There is an evident branch almost creating a 90-degree angle suggesting a potential merge error.\n - Side view: Supports the possibility of an odd angle, aligning with potential signs of a merge.\n - Top view: Further suggests the presence of an aberrant structure in terms of branch direction and connection.\n\nThe side and front views of Segment ID 864691137055544438 show more distinct features associated with merging errors, particularly an unusual angle in the branching.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135697964642", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135697964642", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_98_1", + "timestamp":null, + "merge_coords":"791847_486213_816270", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the two sets of images provided:\n\n1. **Segment ID 864691137055544438**:\n - The 3D visualization of this segment does not appear to display clear signs of a merge error. The axonal structures do not show evident signs of doubling back or forming unnatural right angles that could suggest a merge error.\n\n2. **Segment ID 864691135697964642**:\n - When analyzing the images, there seems to be no prominent indicators of merge errors like doubling back or sharp 90-degree angles that are characteristic of merge issues. The structures appear to follow more typical neuronal morphology without obvious aberrations.\n\nBased on the visual evidence presented in both sets of images, neither segment shows distinct characteristics of axonal merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the two sets of images provided:\n\n1. **Segment ID 864691137055544438**:\n - The 3D visualization of this segment does not appear to display clear signs of a merge error. The axonal structures do not show evident signs of doubling back or forming unnatural right angles that could suggest a merge error.\n\n2. **Segment ID 864691135697964642**:\n - When analyzing the images, there seems to be no prominent indicators of merge errors like doubling back or sharp 90-degree angles that are characteristic of merge issues. The structures appear to follow more typical neuronal morphology without obvious aberrations.\n\nBased on the visual evidence presented in both sets of images, neither segment shows distinct characteristics of axonal merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135697964642", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135697964642", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_99_0", + "timestamp":null, + "merge_coords":"866852_842846_776762", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691136297789996:**\n - **Front View:** The branching pattern seems relatively straightforward with no obvious signs of merging. However, there could be a potential concern where the structure doubles back slightly.\n - **Side View:** The axon appears to extend without sharp angles or significant directional changes.\n - **Top View:** Shows continuity in the axon with no apparent abrupt angle changes or doubling back.\n\n2. **Segment ID 864691137055544438:**\n - **Front View:** There appears to be some irregular branching, particularly near the center of the image where the structure splits. This could indicate a potential merge with another neuron.\n - **Side View:** There is a complexity in the branching pattern with possible overlapping structures, which could suggest a merge error.\n - **Top View:** This view supports the front view observation of a convoluted branching pattern near the center, which could be indicative of inappropriate merging. The end of the structure seems more irregular and may represent an error.\n\nBoth segments show complex branching, but the second has more prominent features typical of merging errors, such as overlapping and irregular branching patterns.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. **Segment ID 864691136297789996:**\n - **Front View:** The branching pattern seems relatively straightforward with no obvious signs of merging. However, there could be a potential concern where the structure doubles back slightly.\n - **Side View:** The axon appears to extend without sharp angles or significant directional changes.\n - **Top View:** Shows continuity in the axon with no apparent abrupt angle changes or doubling back.\n\n2. **Segment ID 864691137055544438:**\n - **Front View:** There appears to be some irregular branching, particularly near the center of the image where the structure splits. This could indicate a potential merge with another neuron.\n - **Side View:** There is a complexity in the branching pattern with possible overlapping structures, which could suggest a merge error.\n - **Top View:** This view supports the front view observation of a convoluted branching pattern near the center, which could be indicative of inappropriate merging. The end of the structure seems more irregular and may represent an error.\n\nBoth segments show complex branching, but the second has more prominent features typical of merging errors, such as overlapping and irregular branching patterns.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297789996", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + } + ], + "root_id_requires_split":"864691136297789996", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_99_1", + "timestamp":null, + "merge_coords":"866852_842846_776762", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nThe first set of 3D segmentation images shows a structure that extends in multiple directions. The unusual feature of this segment is the presence of a complex structure that branches but doesn't appear to double back or form any sharp angles, which can be indicative of a merge error.\n\nThe second set of 3D segmentation images presents a similar structure, but with some notable differences. From the front view, the segment appears to have branching points that are quite close together. The side view reveals an unusual kink or turn, which may potentially indicate a merge error. The top view supports this as it shows a segment that appears to loop or turn back towards itself.\n\nBased on the visual inspection, the second segment shows potential anomalies more characteristic of a merge error, such as tighter turns and an unusual structural formation not typically seen in single neuronal segments.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The first set of 3D segmentation images shows a structure that extends in multiple directions. The unusual feature of this segment is the presence of a complex structure that branches but doesn't appear to double back or form any sharp angles, which can be indicative of a merge error.\n\nThe second set of 3D segmentation images presents a similar structure, but with some notable differences. From the front view, the segment appears to have branching points that are quite close together. The side view reveals an unusual kink or turn, which may potentially indicate a merge error. The top view supports this as it shows a segment that appears to loop or turn back towards itself.\n\nBased on the visual inspection, the second segment shows potential anomalies more characteristic of a merge error, such as tighter turns and an unusual structural formation not typically seen in single neuronal segments.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136297789996", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + } + ], + "root_id_requires_split":"864691136297789996", + "root_id_does_not_require_split":"864691137055544438" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_100_0", + "timestamp":null, + "merge_coords":"644966_457548_921018", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images for Segment ID 864691136484498988, the axonal structure appears complex but continuous without abrupt turns or doubling back on itself. The branches radiate outward without sharp or unnatural angles, suggesting no clear merge errors in this segmentation.\n\nIn the second set of images for Segment ID 864691135996445610, the axon follows a straighter, more linear path without abrupt changes of direction. There are no noticeable sharp angles or doubled-back regions, which are typical signs of a merge error. \n\nNeither segmentation displays the characteristic signs of a merge error such as a turning back on itself or forming right-angle junctions at its center.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images for Segment ID 864691136484498988, the axonal structure appears complex but continuous without abrupt turns or doubling back on itself. The branches radiate outward without sharp or unnatural angles, suggesting no clear merge errors in this segmentation.\n\nIn the second set of images for Segment ID 864691135996445610, the axon follows a straighter, more linear path without abrupt changes of direction. There are no noticeable sharp angles or doubled-back regions, which are typical signs of a merge error. \n\nNeither segmentation displays the characteristic signs of a merge error such as a turning back on itself or forming right-angle junctions at its center.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136484498988", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + } + ], + "root_id_requires_split":"864691136484498988", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_100_1", + "timestamp":null, + "merge_coords":"644966_457548_921018", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided segmentation images:\n\n1. **Segment ID 864691135996445610:**\n\n - The images show a long, uninterrupted thin structure without any unusual branching or turning back upon itself.\n - There are no evident signs of abnormal axonal structure or merges, such as doubling back or sharp angles suggesting a merge.\n - The structure maintains a consistent directionality without apparent deviation.\n\n2. **Segment ID 864691136484498988:**\n\n - This set of images displays a more complex structure with multiple branches, which is typical of neuronal dendritic or axonal arborization.\n - Crucially, there is no prominent sign of the axon forming a ninety-degree angle or doubling back, indicative of a merge error.\n - The branches seem to stem logically from a central point and do not demonstrate the erratic behavior described for merge errors.\n\nBased on this analysis, neither segment shows clear signs of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided segmentation images:\n\n1. **Segment ID 864691135996445610:**\n\n - The images show a long, uninterrupted thin structure without any unusual branching or turning back upon itself.\n - There are no evident signs of abnormal axonal structure or merges, such as doubling back or sharp angles suggesting a merge.\n - The structure maintains a consistent directionality without apparent deviation.\n\n2. **Segment ID 864691136484498988:**\n\n - This set of images displays a more complex structure with multiple branches, which is typical of neuronal dendritic or axonal arborization.\n - Crucially, there is no prominent sign of the axon forming a ninety-degree angle or doubling back, indicative of a merge error.\n - The branches seem to stem logically from a central point and do not demonstrate the erratic behavior described for merge errors.\n\nBased on this analysis, neither segment shows clear signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136484498988", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + } + ], + "root_id_requires_split":"864691136484498988", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_101_0", + "timestamp":null, + "merge_coords":"583529_387870_1004227", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the images, we're looking for signs of merge errors, which might include unnatural bends or connections between axons, such as a sharp angle or backtracking.\n\nFor Segment ID 864691135510270070:\n1. The front view shows a complex structure with some twists, but nothing that clearly suggests a merge error.\n2. The side view also appears to be a continuous structure without abrupt angles or backtracking suggestive of a merge.\n3. The top view shows some branching, but no unnatural connections.\n\nFor Segment ID 864691135996445610:\n1. The front view is relatively straight and doesn't show obvious signs of merging.\n2. The side view is a continuous path without abrupt directional changes that might indicate a merge.\n3. The top view shows branching but maintains a natural flow without sharp irregular changes.\n\nConsidering both sets of images, neither exhibits clear indicators of merge errors such as a doubled-back axon or harsh angles typically associated with a merge. \n\nTherefore, both sets appear to be free from merge errors in their current representation.\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Examining the images, we're looking for signs of merge errors, which might include unnatural bends or connections between axons, such as a sharp angle or backtracking.\n\nFor Segment ID 864691135510270070:\n1. The front view shows a complex structure with some twists, but nothing that clearly suggests a merge error.\n2. The side view also appears to be a continuous structure without abrupt angles or backtracking suggestive of a merge.\n3. The top view shows some branching, but no unnatural connections.\n\nFor Segment ID 864691135996445610:\n1. The front view is relatively straight and doesn't show obvious signs of merging.\n2. The side view is a continuous path without abrupt directional changes that might indicate a merge.\n3. The top view shows branching but maintains a natural flow without sharp irregular changes.\n\nConsidering both sets of images, neither exhibits clear indicators of merge errors such as a doubled-back axon or harsh angles typically associated with a merge. \n\nTherefore, both sets appear to be free from merge errors in their current representation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135510270070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135510270070", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_101_1", + "timestamp":null, + "merge_coords":"583529_387870_1004227", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the first set of images (Segment ID 864691135996445610), the structure appears elongated and continuous without visible merge errors such as abrupt angles or doubling back.\n\nThe second set of images (Segment ID 864691135510270070) also does not display any clear signs of axonal merge errors. Although the structure is winding, it does not display the irregular patterns typically associated with merges, such as sharp angles or unnatural branching.\n\nBoth segments appear to have continuous and natural morphologies based on the perspectives provided. There are no clear signs of merge errors such as abrupt turns or unnatural junctions in the center of the images.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the first set of images (Segment ID 864691135996445610), the structure appears elongated and continuous without visible merge errors such as abrupt angles or doubling back.\n\nThe second set of images (Segment ID 864691135510270070) also does not display any clear signs of axonal merge errors. Although the structure is winding, it does not display the irregular patterns typically associated with merges, such as sharp angles or unnatural branching.\n\nBoth segments appear to have continuous and natural morphologies based on the perspectives provided. There are no clear signs of merge errors such as abrupt turns or unnatural junctions in the center of the images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135510270070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135510270070", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_102_0", + "timestamp":null, + "merge_coords":"854154_743607_901771", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn both sets of images, we are looking for characteristics of merge errors which may include an axon doubling back or forming a ninety-degree angle after branching. \n\n1. Segment ID 864691135760313678: These views show a relatively spread and branching structure with no clear doubling back or sharp angles indicative of incorrect merges. The branches appear uniform and follow expected growth patterns.\n\n2. Segment ID 864691135996445610: These views display a more concentrated and complex structure. However, the branching appears consistent and natural without any unusual angles or evidence of doubling back that would suggest a merge error.\n\nNeither of the segments shows clear signs of merge errors as described, with no unnatural turns or branches doubling back inappropriately.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In both sets of images, we are looking for characteristics of merge errors which may include an axon doubling back or forming a ninety-degree angle after branching. \n\n1. Segment ID 864691135760313678: These views show a relatively spread and branching structure with no clear doubling back or sharp angles indicative of incorrect merges. The branches appear uniform and follow expected growth patterns.\n\n2. Segment ID 864691135996445610: These views display a more concentrated and complex structure. However, the branching appears consistent and natural without any unusual angles or evidence of doubling back that would suggest a merge error.\n\nNeither of the segments shows clear signs of merge errors as described, with no unnatural turns or branches doubling back inappropriately.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135760313678", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + } + ], + "root_id_requires_split":"864691135760313678", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_102_1", + "timestamp":null, + "merge_coords":"854154_743607_901771", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the given neuronal segmentations, we are looking for possible merge errors, which typically manifest as irregular axonal behaviors such as doubling back or forming sharp angles upon branching. \n\n1. The first set of views (front, side, top) denotes a complex structure with multiple branches radiating from a central soma. Although intricate, the branching appears consistent and does not exhibit the typical signs of a merge error such as abrupt turns or doubling back.\n\n2. The second set of views (front, side, top) shows a simpler pattern with fewer branches. However, in the top view, there seems to be an irregular pattern at the intersection of the branches where some angles could suggest a possible merge error. Specifically, the branching does not follow a smooth path and instead, shows a sharper deviation, which is characteristic of a potential merge error.\n\nConsidering these points, the merging problem is more evident in the second segment, where straight, unbranched projections seem aligned incorrectly, suggesting an axonal merge.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the given neuronal segmentations, we are looking for possible merge errors, which typically manifest as irregular axonal behaviors such as doubling back or forming sharp angles upon branching. \n\n1. The first set of views (front, side, top) denotes a complex structure with multiple branches radiating from a central soma. Although intricate, the branching appears consistent and does not exhibit the typical signs of a merge error such as abrupt turns or doubling back.\n\n2. The second set of views (front, side, top) shows a simpler pattern with fewer branches. However, in the top view, there seems to be an irregular pattern at the intersection of the branches where some angles could suggest a possible merge error. Specifically, the branching does not follow a smooth path and instead, shows a sharper deviation, which is characteristic of a potential merge error.\n\nConsidering these points, the merging problem is more evident in the second segment, where straight, unbranched projections seem aligned incorrectly, suggesting an axonal merge.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135760313678", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + } + ], + "root_id_requires_split":"864691135760313678", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_103_0", + "timestamp":null, + "merge_coords":"1373389_571294_998655", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135338146790), the axonal structures appear consistent without any unusual doubling back or sharp angles indicative of merge errors. The branches extend relatively smoothly, consistent with normal branching patterns.\n\nIn the second set of images (Segment ID 864691135996445610), there is a noticeable sharp turn and doubling back near the center of the image from both the front and side perspectives. This branching behavior suggests an improper merge, where segments from different neurons may have been inappropriately connected.\n\nThe evidence of merging is more apparent in the second segment due to these unconventional axonal paths.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135338146790), the axonal structures appear consistent without any unusual doubling back or sharp angles indicative of merge errors. The branches extend relatively smoothly, consistent with normal branching patterns.\n\nIn the second set of images (Segment ID 864691135996445610), there is a noticeable sharp turn and doubling back near the center of the image from both the front and side perspectives. This branching behavior suggests an improper merge, where segments from different neurons may have been inappropriately connected.\n\nThe evidence of merging is more apparent in the second segment due to these unconventional axonal paths.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135338146790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + } + ], + "root_id_requires_split":"864691135338146790", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_103_1", + "timestamp":null, + "merge_coords":"1373389_571294_998655", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the 3D segmentations provided, we need to look for signs of merge errors that might indicate inappropriate joining of axonal branches from different neurons. Merge errors can be identified by structural anomalies like an axon doubling back after branching off or forming a ninety-degree angle.\n\n**Segment ID 864691135996445610:**\n- **Front view:** Shows a long, branching structure with some curves. It appears mostly consistent without obvious signs of doubling back or awkward angles.\n- **Side view:** The structure remains linear with some minor branches, but nothing indicates a significant deviation or abrupt merging.\n- **Top view:** The pattern in the top view continues in a similar manner, with branching consistent with a single neuron's structure.\n\n**Segment ID 864691135338146790:**\n- **Front view:** Multiple fine branches emerge from a main axis, with a relatively consistent structure that resembles a single dendritic segment.\n- **Side view:** The side view presents a linear pathway with branching, showing no abrupt angles or signs of doubling back.\n- **Top view:** Similar to the other views, the branches appear structured and uniform.\n\nUpon analyzing both segments, neither displays the typical characteristics of merge errors such as abrupt changes in direction or unnatural connections between distinct segments.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the 3D segmentations provided, we need to look for signs of merge errors that might indicate inappropriate joining of axonal branches from different neurons. Merge errors can be identified by structural anomalies like an axon doubling back after branching off or forming a ninety-degree angle.\n\n**Segment ID 864691135996445610:**\n- **Front view:** Shows a long, branching structure with some curves. It appears mostly consistent without obvious signs of doubling back or awkward angles.\n- **Side view:** The structure remains linear with some minor branches, but nothing indicates a significant deviation or abrupt merging.\n- **Top view:** The pattern in the top view continues in a similar manner, with branching consistent with a single neuron's structure.\n\n**Segment ID 864691135338146790:**\n- **Front view:** Multiple fine branches emerge from a main axis, with a relatively consistent structure that resembles a single dendritic segment.\n- **Side view:** The side view presents a linear pathway with branching, showing no abrupt angles or signs of doubling back.\n- **Top view:** Similar to the other views, the branches appear structured and uniform.\n\nUpon analyzing both segments, neither displays the typical characteristics of merge errors such as abrupt changes in direction or unnatural connections between distinct segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135338146790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + } + ], + "root_id_requires_split":"864691135338146790", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_104_0", + "timestamp":null, + "merge_coords":"1473592_562141_1003585", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135483940435), there is a noticeable complex branching in the 3D structure. The axon seems to extend and branch, possibly making sharp turns. However, without a clear angle or doubling back, it's not explicitly indicative of a merge error.\n\nIn the second set of images (Segment ID 864691135996445610), the axon appears long and extends more linearly compared to the first set. While there is some curvature, it doesn't show the characteristics of merging, such as doubling back or forming sharp angles at the branch points.\n\nBoth segments show typical neuronal branching patterns without obvious merger indications at the center or otherwise. Neither segment displays the noted aberrant features like 90-degree angle connections characteristic of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135483940435), there is a noticeable complex branching in the 3D structure. The axon seems to extend and branch, possibly making sharp turns. However, without a clear angle or doubling back, it's not explicitly indicative of a merge error.\n\nIn the second set of images (Segment ID 864691135996445610), the axon appears long and extends more linearly compared to the first set. While there is some curvature, it doesn't show the characteristics of merging, such as doubling back or forming sharp angles at the branch points.\n\nBoth segments show typical neuronal branching patterns without obvious merger indications at the center or otherwise. Neither segment displays the noted aberrant features like 90-degree angle connections characteristic of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135483940435", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + } + ], + "root_id_requires_split":"864691135483940435", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_104_1", + "timestamp":null, + "merge_coords":"1473592_562141_1003585", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the provided 3D segmentations of neuronal data, the task is to determine if either segment shows evidence of axonal merge errors.\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: The structure is linear with some branching, but does not show clear signs of doubling back or sharp, unnatural angles.\n - **Side View**: The segment maintains a generally consistent direction without obvious merge artifacts.\n - **Top View**: Again, there is continuity and a lack of unnatural junctions or angles.\n\n2. **Segment ID 864691135483940435**:\n - **Front View**: There are curved extensions coming off the main body that appear consistent with typical neuronal branching. No evident merging of different neuronal processes is apparent.\n - **Side View**: The continuation of the segment does not indicate sharp angles or doubling back on itself, which often characterizes merge errors.\n - **Top View**: The branching seen is consistent with regular features of a neuron, and no merges are observed.\n\nNeither segment display the common signs of merge errors like aberrant doubling back or sharp angle formations. Therefore, based on the visual information provided, there are no evident merge errors in the examined segments.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the provided 3D segmentations of neuronal data, the task is to determine if either segment shows evidence of axonal merge errors.\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: The structure is linear with some branching, but does not show clear signs of doubling back or sharp, unnatural angles.\n - **Side View**: The segment maintains a generally consistent direction without obvious merge artifacts.\n - **Top View**: Again, there is continuity and a lack of unnatural junctions or angles.\n\n2. **Segment ID 864691135483940435**:\n - **Front View**: There are curved extensions coming off the main body that appear consistent with typical neuronal branching. No evident merging of different neuronal processes is apparent.\n - **Side View**: The continuation of the segment does not indicate sharp angles or doubling back on itself, which often characterizes merge errors.\n - **Top View**: The branching seen is consistent with regular features of a neuron, and no merges are observed.\n\nNeither segment display the common signs of merge errors like aberrant doubling back or sharp angle formations. Therefore, based on the visual information provided, there are no evident merge errors in the examined segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135483940435", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + } + ], + "root_id_requires_split":"864691135483940435", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_105_0", + "timestamp":null, + "merge_coords":"1446609_596676_1010175", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, we have two distinct sets of segmented neuronal data. Each set is viewed from three different perspectives: front, side, and top.\n\n1. **Segment ID 864691135209459065:**\n - **Front View:** The structure appears complex with multiple branches extending outward, which is typical for neuronal dendrites or axons.\n - **Side View:** The branches do not show abrupt changes in direction, doubling back, or unusual angles.\n - **Top View:** Similar to the other views, there is a complex branching pattern, but it follows a plausible flow without any obvious structural anomalies.\n\n2. **Segment ID 864691135996445610:**\n - **Front View:** This segment appears as a long, relatively unbranched structure, which could represent an axon.\n - **Side View:** There are noticeable changes in the direction of the segment, including a potential doubling back near the center of the volume.\n - **Top View:** The segment displays a clear bend and might suggest a merge error due to the unusual angular change.\n\nBased on the analysis of the structural characteristics, particularly in the side and top views of Segment ID 864691135996445610, there are indications of possible merge errors. The abrupt transitions and potential doubling back within the segment suggest the presence of merged neuronal processes from different origins.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, we have two distinct sets of segmented neuronal data. Each set is viewed from three different perspectives: front, side, and top.\n\n1. **Segment ID 864691135209459065:**\n - **Front View:** The structure appears complex with multiple branches extending outward, which is typical for neuronal dendrites or axons.\n - **Side View:** The branches do not show abrupt changes in direction, doubling back, or unusual angles.\n - **Top View:** Similar to the other views, there is a complex branching pattern, but it follows a plausible flow without any obvious structural anomalies.\n\n2. **Segment ID 864691135996445610:**\n - **Front View:** This segment appears as a long, relatively unbranched structure, which could represent an axon.\n - **Side View:** There are noticeable changes in the direction of the segment, including a potential doubling back near the center of the volume.\n - **Top View:** The segment displays a clear bend and might suggest a merge error due to the unusual angular change.\n\nBased on the analysis of the structural characteristics, particularly in the side and top views of Segment ID 864691135996445610, there are indications of possible merge errors. The abrupt transitions and potential doubling back within the segment suggest the presence of merged neuronal processes from different origins.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135209459065", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + } + ], + "root_id_requires_split":"864691135209459065", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_105_1", + "timestamp":null, + "merge_coords":"1446609_596676_1010175", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of views for Segment ID 864691135996445610, the axon appears to stretch mostly in one primary direction. The paths seem relatively straight without atypical branching or angular bends that would suggest a merge error. \n\nIn the second set of views for Segment ID 864691135209459065, the axonal structure looks more complex with multiple branches, which might be presumed to indicate merging, but the branches appear to diverge naturally from a central point. \n\nBoth segments do not display typical characteristics of merge errors such as axons doubling back after branching or forming sharp angular connections. Based on the visible morphology, neither segment shows evidence of an inappropriate merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of views for Segment ID 864691135996445610, the axon appears to stretch mostly in one primary direction. The paths seem relatively straight without atypical branching or angular bends that would suggest a merge error. \n\nIn the second set of views for Segment ID 864691135209459065, the axonal structure looks more complex with multiple branches, which might be presumed to indicate merging, but the branches appear to diverge naturally from a central point. \n\nBoth segments do not display typical characteristics of merge errors such as axons doubling back after branching or forming sharp angular connections. Based on the visible morphology, neither segment shows evidence of an inappropriate merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135209459065", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + } + ], + "root_id_requires_split":"864691135209459065", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_106_0", + "timestamp":null, + "merge_coords":"1016988_447258_774697", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nBoth segmentations present images taken from the front, side, and top perspectives. Let's analyze each segment:\n\n1. **Segment ID 864691135464287550**:\n - Front view: There is a seemingly continuous path, with no apparent sharp turns or doubling back.\n - Side view: The segment appears to have a streamlined projection.\n - Top view: Similar lack of abnormal bends or angles.\n\n2. **Segment ID 864691135996445610**:\n - Front view: The segment flows mostly in one direction without sharp changes.\n - Side view: Consistent with the front view, showing a relatively straight path.\n - Top view: Shows a consistent path with no noticeable aberrations.\n\nIn both segments, there are no evident signs of axonal merge errors such as the axon doubling back on itself or forming a sharp ninety-degree angle. Both segments seem to have a consistent directional flow in the views provided.\n\nGiven the absence of characteristic features of merge errors, neither of the segments clearly displays such errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Both segmentations present images taken from the front, side, and top perspectives. Let's analyze each segment:\n\n1. **Segment ID 864691135464287550**:\n - Front view: There is a seemingly continuous path, with no apparent sharp turns or doubling back.\n - Side view: The segment appears to have a streamlined projection.\n - Top view: Similar lack of abnormal bends or angles.\n\n2. **Segment ID 864691135996445610**:\n - Front view: The segment flows mostly in one direction without sharp changes.\n - Side view: Consistent with the front view, showing a relatively straight path.\n - Top view: Shows a consistent path with no noticeable aberrations.\n\nIn both segments, there are no evident signs of axonal merge errors such as the axon doubling back on itself or forming a sharp ninety-degree angle. Both segments seem to have a consistent directional flow in the views provided.\n\nGiven the absence of characteristic features of merge errors, neither of the segments clearly displays such errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135464287550", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + } + ], + "root_id_requires_split":"864691135464287550", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_106_1", + "timestamp":null, + "merge_coords":"1016988_447258_774697", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images provided:\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: The structure appears long and relatively straight, with no obvious signs of segments doubling back or forming sharp angles that could indicate a merge error.\n - **Side View**: The segment maintains a consistent path, with no unusual branching back or sharp angles in this view.\n - **Top View**: Similarly, this perspective does not show any errant branching or sharply angled connections.\n\n2. **Segment ID 864691135464287550**:\n - **Front View**: There is an apparent structure that seems to curve sharply and has some areas that might suggest a merge, such as abrupt changes in direction.\n - **Side View**: This view reveals some irregularity \u2014 a part that appears to quickly change direction, which could be indicative of merging.\n - **Top View**: This view shows potential overlap and sharp angles more clearly, suggesting a potential merge error.\n\nBased on these observations, Segment ID 864691135464287550 shows more characteristics that could signify a merge error, such as sharp angles and possible branching overlaps.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images provided:\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: The structure appears long and relatively straight, with no obvious signs of segments doubling back or forming sharp angles that could indicate a merge error.\n - **Side View**: The segment maintains a consistent path, with no unusual branching back or sharp angles in this view.\n - **Top View**: Similarly, this perspective does not show any errant branching or sharply angled connections.\n\n2. **Segment ID 864691135464287550**:\n - **Front View**: There is an apparent structure that seems to curve sharply and has some areas that might suggest a merge, such as abrupt changes in direction.\n - **Side View**: This view reveals some irregularity \u2014 a part that appears to quickly change direction, which could be indicative of merging.\n - **Top View**: This view shows potential overlap and sharp angles more clearly, suggesting a potential merge error.\n\nBased on these observations, Segment ID 864691135464287550 shows more characteristics that could signify a merge error, such as sharp angles and possible branching overlaps.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135464287550", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + } + ], + "root_id_requires_split":"864691135464287550", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_107_0", + "timestamp":null, + "merge_coords":"1009589_429247_780034", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images for Segment ID 864691135623859267, the structure appears to exhibit some potential indications of merge errors, such as the complex intertwining patterns and abrupt changes in direction. However, the turnings and branches do not clearly indicate a distinctive merge error like a doubling back or a ninety-degree joining that typically signifies a merge error.\n\nIn the second set of images for Segment ID 864691135996445610, there is a segment that seems more linear and consistent in its direction with less intertwining compared to the first. This suggests a more uniform axonal path without evident merge errors. The branches and angles look more typical of normal neuronal processes.\n\nTherefore, while there are complex structures in both segments, neither one clearly exhibits the characteristics of a merge error as defined.\n<\/analysis>\n-1<\/answer>", + "model_analysis":"In the first set of images for Segment ID 864691135623859267, the structure appears to exhibit some potential indications of merge errors, such as the complex intertwining patterns and abrupt changes in direction. However, the turnings and branches do not clearly indicate a distinctive merge error like a doubling back or a ninety-degree joining that typically signifies a merge error.\n\nIn the second set of images for Segment ID 864691135996445610, there is a segment that seems more linear and consistent in its direction with less intertwining compared to the first. This suggests a more uniform axonal path without evident merge errors. The branches and angles look more typical of normal neuronal processes.\n\nTherefore, while there are complex structures in both segments, neither one clearly exhibits the characteristics of a merge error as defined.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135623859267", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135623859267", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_107_1", + "timestamp":null, + "merge_coords":"1009589_429247_780034", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the given 3D segmentations of neuronal data, I inspected both options for potential merge errors.\n\n**Segment ID 864691135996445610:**\n\n- **Front View:** The structure appears elongated with a consistent direction, lacking any prominent angular features or doubling back in this perspective.\n- **Side View:** Maintains a mostly linear structure, with no clear instances of branching that return on themselves.\n- **Top View:** The path looks fairly continuous. There are no apparent abrupt changes in direction that might suggest a merge error.\n\n**Segment ID 864691135623859267:**\n\n- **Front View:** This view reveals a branching structure with a noticeable section that could be a branch doubling back.\n- **Side View:** Shows a more intricate structure, with several turns and potential ninety-degree angles, suggesting a more complex (and possibly incorrect) connection of axonal branches.\n- **Top View:** It further supports the presence of potential merge errors with complex trail paths that seem unnatural for a typical neuronal segmentation.\n\nGiven the structural anomalies seen in the second segment (Segment ID 864691135623859267), such as possible branch returns and sharp angular junctions, it is more likely that this segment contains merge errors. The first segment does not display any similar indications of merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the given 3D segmentations of neuronal data, I inspected both options for potential merge errors.\n\n**Segment ID 864691135996445610:**\n\n- **Front View:** The structure appears elongated with a consistent direction, lacking any prominent angular features or doubling back in this perspective.\n- **Side View:** Maintains a mostly linear structure, with no clear instances of branching that return on themselves.\n- **Top View:** The path looks fairly continuous. There are no apparent abrupt changes in direction that might suggest a merge error.\n\n**Segment ID 864691135623859267:**\n\n- **Front View:** This view reveals a branching structure with a noticeable section that could be a branch doubling back.\n- **Side View:** Shows a more intricate structure, with several turns and potential ninety-degree angles, suggesting a more complex (and possibly incorrect) connection of axonal branches.\n- **Top View:** It further supports the presence of potential merge errors with complex trail paths that seem unnatural for a typical neuronal segmentation.\n\nGiven the structural anomalies seen in the second segment (Segment ID 864691135623859267), such as possible branch returns and sharp angular junctions, it is more likely that this segment contains merge errors. The first segment does not display any similar indications of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135623859267", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135623859267", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_108_0", + "timestamp":null, + "merge_coords":"1009900_429870_779887", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the presented segmentations:\n\n1. **Segment ID 864691135976184943**:\n - The views show a complex branched structure. \n - From the front and side views, there appear to be multiple branches, but none show obvious signs of merging, such as doubling back or forming sharp angles indicative of a merge error.\n - The top view similarly does not reveal any sharp turns or doubling backs that suggest a merge error.\n\n2. **Segment ID 864691135996445610**:\n - This segmentation appears to be simpler and more linear compared to the first.\n - The side view shows a branch that abruptly changes direction, which might indicate a potential merge.\n - In the top view, there is a sudden angle formed in the center, which can often be a sign of merging.\n\nBased on the analysis, Segment ID 864691135996445610 exhibits characteristics that are more suggestive of a merge error, such as sharp angles and abrupt directional changes in the center of the image.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the presented segmentations:\n\n1. **Segment ID 864691135976184943**:\n - The views show a complex branched structure. \n - From the front and side views, there appear to be multiple branches, but none show obvious signs of merging, such as doubling back or forming sharp angles indicative of a merge error.\n - The top view similarly does not reveal any sharp turns or doubling backs that suggest a merge error.\n\n2. **Segment ID 864691135996445610**:\n - This segmentation appears to be simpler and more linear compared to the first.\n - The side view shows a branch that abruptly changes direction, which might indicate a potential merge.\n - In the top view, there is a sudden angle formed in the center, which can often be a sign of merging.\n\nBased on the analysis, Segment ID 864691135996445610 exhibits characteristics that are more suggestive of a merge error, such as sharp angles and abrupt directional changes in the center of the image.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135976184943", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135976184943", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_108_1", + "timestamp":null, + "merge_coords":"1009900_429870_779887", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two sets of 3D segmentations for potential merge errors:\n\n1. **Segment ID 864691135996445610:**\n\n - **Front View:** This view shows a long, thin segmented structure. There are no obvious signs of merging, such as doubling back or abrupt changes in direction.\n - **Side View:** The segment appears mostly linear without any unusual bends or formations indicating a merge with another structure at a sharp angle.\n - **Top View:** The topology is consistent, and there is no indication of an intersecting or abrupt angle formation.\n\n2. **Segment ID 864691135976184943:**\n\n - **Front View:** The segment appears more complex, with potential branches that could suggest a merge. There appear to be areas where the structure intersects or bends at unusual angles.\n - **Side View:** This view further suggests an irregular path that could indicate a merged segment, potentially with a pronounced bend or loop.\n - **Top View:** Shows more branching and interactions that could be consistent with a merge error, including areas that appear to converge or form sharp angles.\n\nThe second segmentation exhibits more characteristics typical of merge errors, particularly through irregular paths and potential sharp angles.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the two sets of 3D segmentations for potential merge errors:\n\n1. **Segment ID 864691135996445610:**\n\n - **Front View:** This view shows a long, thin segmented structure. There are no obvious signs of merging, such as doubling back or abrupt changes in direction.\n - **Side View:** The segment appears mostly linear without any unusual bends or formations indicating a merge with another structure at a sharp angle.\n - **Top View:** The topology is consistent, and there is no indication of an intersecting or abrupt angle formation.\n\n2. **Segment ID 864691135976184943:**\n\n - **Front View:** The segment appears more complex, with potential branches that could suggest a merge. There appear to be areas where the structure intersects or bends at unusual angles.\n - **Side View:** This view further suggests an irregular path that could indicate a merged segment, potentially with a pronounced bend or loop.\n - **Top View:** Shows more branching and interactions that could be consistent with a merge error, including areas that appear to converge or form sharp angles.\n\nThe second segmentation exhibits more characteristics typical of merge errors, particularly through irregular paths and potential sharp angles.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135976184943", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135976184943", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_109_0", + "timestamp":null, + "merge_coords":"875915_403782_761349", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nWhen analyzing the segmentations, I am looking for signs of axonal merge errors, which are typically indicated by unusual axonal paths such as doubling back, abrupt angles, or atypical connectivity that does not seem biologically plausible.\n\nFor Segment ID 864691136747346030:\n\n- The front view shows a branching pattern. However, both the side and top views reveal more of a linear or slightly convoluted structure.\n- The presence of irregular turns or branches is not obvious. No clear ninety degree angles or doubling back indicative of a merge error is present.\n\nFor Segment ID 864691135996445610:\n\n- The front view shows a smooth path, and the side and top views consistently depict a linear progression.\n- There are no noticeable sharp angles or doubling back, consistent with an error-free axonal path.\n\nBoth segmentations primarily exhibit linear patterns without the branching anomalies characteristic of a merge error. The configurations appear typical and do not suggest inappropriately grouped neuronal processes.\n\nNeither of the segments shows evidence of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"When analyzing the segmentations, I am looking for signs of axonal merge errors, which are typically indicated by unusual axonal paths such as doubling back, abrupt angles, or atypical connectivity that does not seem biologically plausible.\n\nFor Segment ID 864691136747346030:\n\n- The front view shows a branching pattern. However, both the side and top views reveal more of a linear or slightly convoluted structure.\n- The presence of irregular turns or branches is not obvious. No clear ninety degree angles or doubling back indicative of a merge error is present.\n\nFor Segment ID 864691135996445610:\n\n- The front view shows a smooth path, and the side and top views consistently depict a linear progression.\n- There are no noticeable sharp angles or doubling back, consistent with an error-free axonal path.\n\nBoth segmentations primarily exhibit linear patterns without the branching anomalies characteristic of a merge error. The configurations appear typical and do not suggest inappropriately grouped neuronal processes.\n\nNeither of the segments shows evidence of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136747346030", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + } + ], + "root_id_requires_split":"864691136747346030", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_109_1", + "timestamp":null, + "merge_coords":"875915_403782_761349", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691135996445610: The front view of this segmentation shows a relatively straightforward path without obvious branching or folding that deviates from a linear or slightly curved path. The side and top views also maintain a fairly consistent trajectory without sharp angles or doubling back.\n\n2. Segment ID 864691136747346030: The front view shows a complex branching structure, which could indicate a potential merge error. The side view reveals intersecting branches and possible returns to the main path, which could suggest incorrectly joined segments. The top view further supports this with more visible crossing and return paths.\n\nBased on the observations, Segment ID 864691136747346030 exhibits characteristics typical of a merge error, with multiple irregular branches and potential intersections within the volume.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"1. Segment ID 864691135996445610: The front view of this segmentation shows a relatively straightforward path without obvious branching or folding that deviates from a linear or slightly curved path. The side and top views also maintain a fairly consistent trajectory without sharp angles or doubling back.\n\n2. Segment ID 864691136747346030: The front view shows a complex branching structure, which could indicate a potential merge error. The side view reveals intersecting branches and possible returns to the main path, which could suggest incorrectly joined segments. The top view further supports this with more visible crossing and return paths.\n\nBased on the observations, Segment ID 864691136747346030 exhibits characteristics typical of a merge error, with multiple irregular branches and potential intersections within the volume.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136747346030", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + } + ], + "root_id_requires_split":"864691136747346030", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_110_0", + "timestamp":null, + "merge_coords":"733603_691813_960125", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135500144836**\n\n - **Front View**: Shows complex branching that could indicate potential merges, but no clear evidence of a structure doubling back or forming sharp 90-degree angles.\n - **Side View**: The structure extends outwards but lacks clear signs of inappropriate merging, such as a doubling back.\n - **Top View**: Similar branching pattern as seen in the front view; however, nothing conclusively suggests a merge error.\n\n2. **Segment ID 864691135996445610**\n\n - **Front View**: Displays a lengthy axonal structure with no apparent branching, doubling back, or atypical angles.\n - **Side View**: Long linear structure without signs of merging, such as abrupt angles or unusual doubling back.\n - **Top View**: The structure appears linear and continuous without indications of merge errors.\n\nBased on the views provided, Segment ID 864691135500144836 has more complex branching but does not possess clear evidence of merge errors. In contrast, Segment ID 864691135996445610 shows a continuous axonal segment without merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. **Segment ID 864691135500144836**\n\n - **Front View**: Shows complex branching that could indicate potential merges, but no clear evidence of a structure doubling back or forming sharp 90-degree angles.\n - **Side View**: The structure extends outwards but lacks clear signs of inappropriate merging, such as a doubling back.\n - **Top View**: Similar branching pattern as seen in the front view; however, nothing conclusively suggests a merge error.\n\n2. **Segment ID 864691135996445610**\n\n - **Front View**: Displays a lengthy axonal structure with no apparent branching, doubling back, or atypical angles.\n - **Side View**: Long linear structure without signs of merging, such as abrupt angles or unusual doubling back.\n - **Top View**: The structure appears linear and continuous without indications of merge errors.\n\nBased on the views provided, Segment ID 864691135500144836 has more complex branching but does not possess clear evidence of merge errors. In contrast, Segment ID 864691135996445610 shows a continuous axonal segment without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135500144836", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135500144836", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_110_1", + "timestamp":null, + "merge_coords":"733603_691813_960125", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the two sets of images, we need to look for features that might indicate a merge error such as unnatural bends or branching in the structures.\n\n1. The first set of images (Segment ID 864691135996445610) shows a relatively straight structure. The front and top views display a mostly linear path with no evident unnatural branching or doubling back that might suggest a merge error. The side view reflects a fairly consistent trajectory as well.\n\n2. The second set of images (Segment ID 864691135500144836) displays a more complex structure with numerous branches. In the front view, there is an intricate branching pattern that could potentially indicate issues. The side and top views show connections that appear somewhat irregular and could potentially demonstrate merging, particularly where there are abrupt changes in direction or overlapping branches.\n\nBased on these observations, Segment 2 has features that may suggest a merge error due to the complexity and possible unnatural configurations, especially when viewed from different angles.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the two sets of images, we need to look for features that might indicate a merge error such as unnatural bends or branching in the structures.\n\n1. The first set of images (Segment ID 864691135996445610) shows a relatively straight structure. The front and top views display a mostly linear path with no evident unnatural branching or doubling back that might suggest a merge error. The side view reflects a fairly consistent trajectory as well.\n\n2. The second set of images (Segment ID 864691135500144836) displays a more complex structure with numerous branches. In the front view, there is an intricate branching pattern that could potentially indicate issues. The side and top views show connections that appear somewhat irregular and could potentially demonstrate merging, particularly where there are abrupt changes in direction or overlapping branches.\n\nBased on these observations, Segment 2 has features that may suggest a merge error due to the complexity and possible unnatural configurations, especially when viewed from different angles.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135500144836", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135500144836", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_111_0", + "timestamp":null, + "merge_coords":"579709_568920_1006614", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are looking for characteristics of merge errors such as axonal structures doubling back or forming unusual angles.\n\n**Segment ID 864691134984320356:**\n- Front view: The structure appears to branch normally, although there is a prominent bend. No obvious doubling back is visible.\n- Side view: The structure exhibits a wide branching angle, but it doesn\u2019t necessarily suggest a merge error by itself.\n- Top view: Again, the structure seems to maintain a consistent path without doubling back.\n\n**Segment ID 864691135996445610:**\n- Front view: The structure is mostly linear with some curvature, but it\u2019s smooth and follows a single direction.\n- Side view: Consistent directionality without branching off at unusual angles.\n- Top view: Continues in a singular path without any notable aberrations.\n\nBoth segments exhibit smooth directional changes without abrupt merging characteristics or angles suggestive of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are looking for characteristics of merge errors such as axonal structures doubling back or forming unusual angles.\n\n**Segment ID 864691134984320356:**\n- Front view: The structure appears to branch normally, although there is a prominent bend. No obvious doubling back is visible.\n- Side view: The structure exhibits a wide branching angle, but it doesn\u2019t necessarily suggest a merge error by itself.\n- Top view: Again, the structure seems to maintain a consistent path without doubling back.\n\n**Segment ID 864691135996445610:**\n- Front view: The structure is mostly linear with some curvature, but it\u2019s smooth and follows a single direction.\n- Side view: Consistent directionality without branching off at unusual angles.\n- Top view: Continues in a singular path without any notable aberrations.\n\nBoth segments exhibit smooth directional changes without abrupt merging characteristics or angles suggestive of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134984320356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134984320356", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_111_1", + "timestamp":null, + "merge_coords":"579709_568920_1006614", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nAnalyzing the 3D segmentations for merge errors:\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: Appears as a linear structure. No evident signs of merging, such as doubling back or sharp angles. \n - **Side View**: The axon seems to follow a consistent path without unexpected branches or turns.\n - **Top View**: Shows a continuous path without branching issues or unusual angles.\n\n2. **Segment ID 864691134984320356**:\n - **Front View**: Displays a distinctive branching pattern.\n - **Side View**: One region shows a potential sharp angle or abrupt turn, which could indicate a merge.\n - **Top View**: Reflects a structure that could be indicative of different neuron processes merged, given the abrupt change in direction.\n\nSegment 2 shows signs of a merge error due to the abnormal branching and sharp angles observed.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Analyzing the 3D segmentations for merge errors:\n\n1. **Segment ID 864691135996445610**:\n - **Front View**: Appears as a linear structure. No evident signs of merging, such as doubling back or sharp angles. \n - **Side View**: The axon seems to follow a consistent path without unexpected branches or turns.\n - **Top View**: Shows a continuous path without branching issues or unusual angles.\n\n2. **Segment ID 864691134984320356**:\n - **Front View**: Displays a distinctive branching pattern.\n - **Side View**: One region shows a potential sharp angle or abrupt turn, which could indicate a merge.\n - **Top View**: Reflects a structure that could be indicative of different neuron processes merged, given the abrupt change in direction.\n\nSegment 2 shows signs of a merge error due to the abnormal branching and sharp angles observed.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134984320356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134984320356", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_112_0", + "timestamp":null, + "merge_coords":"578482_564736_1007182", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentations for potential axonal merge errors:\n\n1. **Segment ID 864691135566534378:**\n - **Front View:** The structure appears elongated with some minor branching but does not exhibit any obvious features of doubling back or sharp angles typical for merge errors.\n - **Side View:** No significant aberrations such as right angles or unusual loops are apparent.\n - **Top View:** Similar to the other views, the axon looks continuous without bifurcations that would suggest merging of different neurons.\n\n2. **Segment ID 864691135996445610:**\n - **Front View:** The segment is thinner and extends in a relatively straightforward path, but a slight curving near the central portion can be observed.\n - **Side View:** An abnormal looping where the axon seems to double back on itself is visible, which could indicate a merging point or error.\n - **Top View:** The outline suggests a subtle but noticeable deviation, where a curve becomes an inflection towards the center, hinting at a possible merge.\n\nThe second segment (ID 864691135996445610) shows signs of a potential merge error, particularly observed in the side view where an irregular looping occurs.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the 3D segmentations for potential axonal merge errors:\n\n1. **Segment ID 864691135566534378:**\n - **Front View:** The structure appears elongated with some minor branching but does not exhibit any obvious features of doubling back or sharp angles typical for merge errors.\n - **Side View:** No significant aberrations such as right angles or unusual loops are apparent.\n - **Top View:** Similar to the other views, the axon looks continuous without bifurcations that would suggest merging of different neurons.\n\n2. **Segment ID 864691135996445610:**\n - **Front View:** The segment is thinner and extends in a relatively straightforward path, but a slight curving near the central portion can be observed.\n - **Side View:** An abnormal looping where the axon seems to double back on itself is visible, which could indicate a merging point or error.\n - **Top View:** The outline suggests a subtle but noticeable deviation, where a curve becomes an inflection towards the center, hinting at a possible merge.\n\nThe second segment (ID 864691135996445610) shows signs of a potential merge error, particularly observed in the side view where an irregular looping occurs.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135566534378", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135566534378", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_112_1", + "timestamp":null, + "merge_coords":"578482_564736_1007182", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the given sets of neuron segmentations:\n\n1. **Segment ID 864691135996445610:**\n - **Front View:** The segmentation shows a mostly linear structure with no evident signs of sharp angle turns or significant branching irregularities.\n - **Side View:** The view is consistent with a straightforward path, lacking the characteristic signs of merging such as doubled pathways or sharp bends indicating multiple distinct processes.\n - **Top View:** There is no visible axonal doubling back or branching that seems out of place for a single neuron tract.\n\n2. **Segment ID 864691135566534378:**\n - **Front View:** The structure exhibits a large branching that could indicate merging; however, without the characteristics of a ninety-degree angle or doubling back.\n - **Side View:** Displays a complex structure where paths appear to form angles consistent with a merge error (e.g., an atypical 90-degree angle and complexities that resemble aberrant path joining).\n - **Top View:** There\u2019s a noticeable branching complexity that is suggestive of potential errors such as improper merging, especially evident in the paths that loop back on themselves.\n\nGiven these observations, the second segmentation (Segment ID 864691135566534378) exhibits more characteristics typical of a merge error, particularly seen from the side and front perspectives.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the given sets of neuron segmentations:\n\n1. **Segment ID 864691135996445610:**\n - **Front View:** The segmentation shows a mostly linear structure with no evident signs of sharp angle turns or significant branching irregularities.\n - **Side View:** The view is consistent with a straightforward path, lacking the characteristic signs of merging such as doubled pathways or sharp bends indicating multiple distinct processes.\n - **Top View:** There is no visible axonal doubling back or branching that seems out of place for a single neuron tract.\n\n2. **Segment ID 864691135566534378:**\n - **Front View:** The structure exhibits a large branching that could indicate merging; however, without the characteristics of a ninety-degree angle or doubling back.\n - **Side View:** Displays a complex structure where paths appear to form angles consistent with a merge error (e.g., an atypical 90-degree angle and complexities that resemble aberrant path joining).\n - **Top View:** There\u2019s a noticeable branching complexity that is suggestive of potential errors such as improper merging, especially evident in the paths that loop back on themselves.\n\nGiven these observations, the second segmentation (Segment ID 864691135566534378) exhibits more characteristics typical of a merge error, particularly seen from the side and front perspectives.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135566534378", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135566534378", + "root_id_does_not_require_split":"864691135996445610" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_113_0", + "timestamp":null, + "merge_coords":"638106_693504_904344", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images of the first segment (ID 864691135031518625), the structure appears linear and doesn't show evident signs of aberrant branching or unusual angles that might indicate a merge error. The pathways seem relatively straightforward without any significant deviations or axes doubling back.\n\nIn the images of the second segment (ID 864691134965949727), the structure is more complex, with numerous branches extending from a central soma. However, there's no noticeable evidence of the problematic formations typically linked to merge errors, such as sharp turns or branches doubling back. \n\nBoth segments are analyzed for anomalies specifically at the branching points and the center of the images as per the prompt, but neither displays the classic signs of merge errors like severely aberrant angles or looping.\n\nTherefore, neither of the segments seems to exhibit apparent merge errors based on the given criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images of the first segment (ID 864691135031518625), the structure appears linear and doesn't show evident signs of aberrant branching or unusual angles that might indicate a merge error. The pathways seem relatively straightforward without any significant deviations or axes doubling back.\n\nIn the images of the second segment (ID 864691134965949727), the structure is more complex, with numerous branches extending from a central soma. However, there's no noticeable evidence of the problematic formations typically linked to merge errors, such as sharp turns or branches doubling back. \n\nBoth segments are analyzed for anomalies specifically at the branching points and the center of the images as per the prompt, but neither displays the classic signs of merge errors like severely aberrant angles or looping.\n\nTherefore, neither of the segments seems to exhibit apparent merge errors based on the given criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135031518625", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + } + ], + "root_id_requires_split":"864691135031518625", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_113_1", + "timestamp":null, + "merge_coords":"638106_693504_904344", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691134965949727), we observe a complex branching structure typical of neurons. There is one central soma from which several dendrites and axons branch out. The branching pattern appears consistent without any apparent anomalies such as axons doubling back or forming right angles, which would indicate a merge error.\n\nIn the second set of images (Segment ID 864691135031518625), we see a much simpler structure with fewer branches. The axonal paths seem linear and straightforward without any noticeable merging issues, such as abrupt changes in direction or unnatural connections.\n\nUpon detailed inspection of both segmentations, neither shows evidence of a merge error characterized by unusual axonal structures.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691134965949727), we observe a complex branching structure typical of neurons. There is one central soma from which several dendrites and axons branch out. The branching pattern appears consistent without any apparent anomalies such as axons doubling back or forming right angles, which would indicate a merge error.\n\nIn the second set of images (Segment ID 864691135031518625), we see a much simpler structure with fewer branches. The axonal paths seem linear and straightforward without any noticeable merging issues, such as abrupt changes in direction or unnatural connections.\n\nUpon detailed inspection of both segmentations, neither shows evidence of a merge error characterized by unusual axonal structures.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135031518625", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + } + ], + "root_id_requires_split":"864691135031518625", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_114_0", + "timestamp":null, + "merge_coords":"664965_600495_934017", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nFor the first segment (ID 864691135437383922), the images show complex dendritic arbors with axons that do not exhibit clear signs of merge errors. The axons appear to follow a consistent path without doubling back or forming abrupt ninety-degree angles.\n\nFor the second segment (ID 864691134965949727), there is a noticeable aberration in the structure of the axon. Particularly, the axon near the center of the 3D volume seems to make an unusual turn, suggesting a potential merge error. This would align with characteristics of merge errors, such as the axon forming atypical angles when joining another process.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"For the first segment (ID 864691135437383922), the images show complex dendritic arbors with axons that do not exhibit clear signs of merge errors. The axons appear to follow a consistent path without doubling back or forming abrupt ninety-degree angles.\n\nFor the second segment (ID 864691134965949727), there is a noticeable aberration in the structure of the axon. Particularly, the axon near the center of the 3D volume seems to make an unusual turn, suggesting a potential merge error. This would align with characteristics of merge errors, such as the axon forming atypical angles when joining another process.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135437383922", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + } + ], + "root_id_requires_split":"864691135437383922", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_114_1", + "timestamp":null, + "merge_coords":"664965_600495_934017", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nBoth segments present complex dendritic and axonal structures, but one may exhibit features indicative of a merge error.\n\n- In Segment ID 864691134965949727:\n - The central region of the images is dense, with multiple processes radiating outwards.\n - The front view shows a generally radial organization without obvious abnormal angles or doubling back. \n - The side and top views continue this pattern, displaying a more typical spread of dendritic and axonal structures.\n\n- In Segment ID 864691135437383922:\n - The front view depicts a similarly dense central region but includes protrusions extending significantly downward.\n - The side view reveals an unusual ninety-degree angle and a prominent downward path which could suggest a merging where two separate axonal branches have been incorrectly joined.\n - The top view corroborates this by showing the downward protrusion clearly separated from the main body of the neuron.\n\nBased on these observations, Segment ID 864691135437383922 appears to have characteristics consistent with a merge error, specifically the sharp angle and distinct path of certain protrusions.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Both segments present complex dendritic and axonal structures, but one may exhibit features indicative of a merge error.\n\n- In Segment ID 864691134965949727:\n - The central region of the images is dense, with multiple processes radiating outwards.\n - The front view shows a generally radial organization without obvious abnormal angles or doubling back. \n - The side and top views continue this pattern, displaying a more typical spread of dendritic and axonal structures.\n\n- In Segment ID 864691135437383922:\n - The front view depicts a similarly dense central region but includes protrusions extending significantly downward.\n - The side view reveals an unusual ninety-degree angle and a prominent downward path which could suggest a merging where two separate axonal branches have been incorrectly joined.\n - The top view corroborates this by showing the downward protrusion clearly separated from the main body of the neuron.\n\nBased on these observations, Segment ID 864691135437383922 appears to have characteristics consistent with a merge error, specifically the sharp angle and distinct path of certain protrusions.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135437383922", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + } + ], + "root_id_requires_split":"864691135437383922", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_115_0", + "timestamp":null, + "merge_coords":"619843_515683_825237", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we need to identify any potential merge errors. Merge errors often present as unusual structures, such as axons doubling back on themselves, making sharp angles, or appearing irregularly branched.\n\n1. Images from Segment ID 864691135910295721:\n - Front view: Displays a compact structure with branching.\n - Side and top views: Show a mostly linear structure with some branching.\n\n2. Images from Segment ID 864691134965949727:\n - Front view: Displays a more vertically oriented structure.\n - Side and top views: Both show a primarily linear structure.\n\nUpon examination:\n- The first segment (ID 864691135910295721) has a notable divergence from typical linear morphology, indicating potential abnormal branching or merging.\n- The second segment (ID 864691134965949727) appears to maintain a generally linear form without obvious structural anomalies.\n\nGiven the criteria for identifying merge errors\u2014aberrant axonal structure such as sharp turns or doubling back\u2014the first set of images displays patterns more suggestive of such errors.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the provided images, we need to identify any potential merge errors. Merge errors often present as unusual structures, such as axons doubling back on themselves, making sharp angles, or appearing irregularly branched.\n\n1. Images from Segment ID 864691135910295721:\n - Front view: Displays a compact structure with branching.\n - Side and top views: Show a mostly linear structure with some branching.\n\n2. Images from Segment ID 864691134965949727:\n - Front view: Displays a more vertically oriented structure.\n - Side and top views: Both show a primarily linear structure.\n\nUpon examination:\n- The first segment (ID 864691135910295721) has a notable divergence from typical linear morphology, indicating potential abnormal branching or merging.\n- The second segment (ID 864691134965949727) appears to maintain a generally linear form without obvious structural anomalies.\n\nGiven the criteria for identifying merge errors\u2014aberrant axonal structure such as sharp turns or doubling back\u2014the first set of images displays patterns more suggestive of such errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135910295721", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135910295721", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_115_1", + "timestamp":null, + "merge_coords":"619843_515683_825237", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691134965949727 shows a long, continuous structure without significant signs of abnormal branching or sharp angles, suggesting a cohesive single-neuron process.\n\nSegment ID 864691135910295721 exhibits a possible merge error. In the front view, there appears to be an irregular structure that could indicate a merging of different neuronal processes. Particularly notable are the sharp angles present in the top view, which may suggest inappropriate connection indicative of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691134965949727 shows a long, continuous structure without significant signs of abnormal branching or sharp angles, suggesting a cohesive single-neuron process.\n\nSegment ID 864691135910295721 exhibits a possible merge error. In the front view, there appears to be an irregular structure that could indicate a merging of different neuronal processes. Particularly notable are the sharp angles present in the top view, which may suggest inappropriate connection indicative of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135910295721", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135910295721", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_116_0", + "timestamp":null, + "merge_coords":"717265_718389_919474", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first segment (Segment ID 864691135182900994), the neuronal processes appear to extend without notable irregularities such as doubling back or forming abrupt angles, from what can be seen within the provided volumes. The branching patterns seem consistent with typical neuronal structure.\n\nIn the second segment (Segment ID 864691134965949727), the neuronal structure also appears to be consistent and continuous, without any evident signs of abnormal merging. There do not appear to be any processes doubling back or forming unnatural angles at a single glance. The extensions seem consistent and uniform.\n\nBoth segments seem to maintain consistent morphology, and there does not appear to be any clear evidence of merge errors such as inappropriate branching or angular formations.\n\nGiven the presented data and the absence of evident aberrations, neither segment shows signs of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first segment (Segment ID 864691135182900994), the neuronal processes appear to extend without notable irregularities such as doubling back or forming abrupt angles, from what can be seen within the provided volumes. The branching patterns seem consistent with typical neuronal structure.\n\nIn the second segment (Segment ID 864691134965949727), the neuronal structure also appears to be consistent and continuous, without any evident signs of abnormal merging. There do not appear to be any processes doubling back or forming unnatural angles at a single glance. The extensions seem consistent and uniform.\n\nBoth segments seem to maintain consistent morphology, and there does not appear to be any clear evidence of merge errors such as inappropriate branching or angular formations.\n\nGiven the presented data and the absence of evident aberrations, neither segment shows signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135182900994", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + } + ], + "root_id_requires_split":"864691135182900994", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_116_1", + "timestamp":null, + "merge_coords":"717265_718389_919474", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nTo determine if there is a merge error in the given neuronal data, I'll examine each segmentation for signs like unusual branching or abrupt angle changes.\n\n### Segment ID 864691134965949727 Analysis:\n1. **Front View:** The structure appears to have a central soma with dendritic branches extending outward. No clear indication of unusual branching or sharp angles that would suggest a merge error.\n2. **Side View:** The axons and dendrites appear to extend naturally without doubling back or forming sharp 90-degree angles.\n3. **Top View:** The appearance is consistent with a single neuron's branching pattern, with no evident crossing or merging of axon branches.\n\n### Segment ID 864691135182900994 Analysis:\n1. **Front View:** This structure seems to show a couple of separated clusters. There are some longer processes extending from the center that appear natural.\n2. **Side View:** The axons are seen extending without abrupt changes in direction. No doubling back observed.\n3. **Top View:** There is a long, singular process extending, which does not show signs of a typical merge error pattern.\n\nBoth segmentations do not exhibit clear indicators of a merge error. The axonal branching seems consistent and follows expected neuronal structures without obvious aberrations like doubling back or forming sharp angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To determine if there is a merge error in the given neuronal data, I'll examine each segmentation for signs like unusual branching or abrupt angle changes.\n\n### Segment ID 864691134965949727 Analysis:\n1. **Front View:** The structure appears to have a central soma with dendritic branches extending outward. No clear indication of unusual branching or sharp angles that would suggest a merge error.\n2. **Side View:** The axons and dendrites appear to extend naturally without doubling back or forming sharp 90-degree angles.\n3. **Top View:** The appearance is consistent with a single neuron's branching pattern, with no evident crossing or merging of axon branches.\n\n### Segment ID 864691135182900994 Analysis:\n1. **Front View:** This structure seems to show a couple of separated clusters. There are some longer processes extending from the center that appear natural.\n2. **Side View:** The axons are seen extending without abrupt changes in direction. No doubling back observed.\n3. **Top View:** There is a long, singular process extending, which does not show signs of a typical merge error pattern.\n\nBoth segmentations do not exhibit clear indicators of a merge error. The axonal branching seems consistent and follows expected neuronal structures without obvious aberrations like doubling back or forming sharp angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135182900994", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + } + ], + "root_id_requires_split":"864691135182900994", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_117_0", + "timestamp":null, + "merge_coords":"662896_647461_882393", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. Segment ID 864691136117168036:\n - Front view: The structure appears elongated, with some minor branching.\n - Side view: No abrupt ninety-degree angles or doubling back of branches.\n - Top view: Consistent with an elongated structure, without clear irregularities.\n\n2. Segment ID 864691134965949727:\n - Front view: Similar elongated structure with minimal branching.\n - Side view: Shows a continuation without doubling back or unusual angles.\n - Top view: The segment appears smooth and uninterrupted.\n\nBoth segments depict typical elongation characteristic of axonal structures, with no apparent evidence of merging errors such as abrupt ninety-degree angles or doubling back. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. Segment ID 864691136117168036:\n - Front view: The structure appears elongated, with some minor branching.\n - Side view: No abrupt ninety-degree angles or doubling back of branches.\n - Top view: Consistent with an elongated structure, without clear irregularities.\n\n2. Segment ID 864691134965949727:\n - Front view: Similar elongated structure with minimal branching.\n - Side view: Shows a continuation without doubling back or unusual angles.\n - Top view: The segment appears smooth and uninterrupted.\n\nBoth segments depict typical elongation characteristic of axonal structures, with no apparent evidence of merging errors such as abrupt ninety-degree angles or doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136117168036", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + } + ], + "root_id_requires_split":"864691136117168036", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_117_1", + "timestamp":null, + "merge_coords":"662896_647461_882393", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the segmentations:\n\n1. **Segment ID 864691134965949727:**\n - Front View: The structure appears linear without unusual branching or angles.\n - Side View: The axon is a straight line without significant curves or angles.\n - Top View: Similar linear structure without signs of doubling back or angular formations.\n\n2. **Segment ID 864691136117168036:**\n - Front View: Noticeable complexity with what appears to be branches that might suggest a merge. There are points where it appears to double back.\n - Side View: Some sections form angles that are not typical for a single axon pathway, indicating possible merging.\n - Top View: Irregular path with more abrupt changes in direction, potential indicator of a merge error.\n\nBased on the observations, Segment ID 864691136117168036 exhibits characteristics of a merge error due to the complex branching and angular formations, particularly from the side and top views.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Examining the segmentations:\n\n1. **Segment ID 864691134965949727:**\n - Front View: The structure appears linear without unusual branching or angles.\n - Side View: The axon is a straight line without significant curves or angles.\n - Top View: Similar linear structure without signs of doubling back or angular formations.\n\n2. **Segment ID 864691136117168036:**\n - Front View: Noticeable complexity with what appears to be branches that might suggest a merge. There are points where it appears to double back.\n - Side View: Some sections form angles that are not typical for a single axon pathway, indicating possible merging.\n - Top View: Irregular path with more abrupt changes in direction, potential indicator of a merge error.\n\nBased on the observations, Segment ID 864691136117168036 exhibits characteristics of a merge error due to the complex branching and angular formations, particularly from the side and top views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136117168036", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + } + ], + "root_id_requires_split":"864691136117168036", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_118_0", + "timestamp":null, + "merge_coords":"682447_586719_885066", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135560874209**:\n - **Front View**: The structure appears linear without irregular branching or doubling back.\n - **Side View**: Axonal paths seem consistently oriented with no abrupt angles.\n - **Top View**: The structure maintains a clear direction without atypical bends or loops.\n\n2. **Segment ID 864691134965949727**:\n - **Front View**: The structure shows multiple branches with complex connections. There seems to be an area where branches converge.\n - **Side View**: Complex network may indicate potential merging, but specific evidence of merger, such as sharp angles or doubling back, isn't clear.\n - **Top View**: Dense branching pattern but lacks definitive signs of merge errors like reversal or abnormal angle connections.\n\nConsidering the typical characteristics of merge errors (e.g., doubling back, sharp right-angle formations), neither segment explicitly exhibits these issues. However, Segment ID 864691134965949727 presents a more complex structure that could suggest a subtle merge error, but without clear evidence, the analysis leans towards no evident errors in the provided views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. **Segment ID 864691135560874209**:\n - **Front View**: The structure appears linear without irregular branching or doubling back.\n - **Side View**: Axonal paths seem consistently oriented with no abrupt angles.\n - **Top View**: The structure maintains a clear direction without atypical bends or loops.\n\n2. **Segment ID 864691134965949727**:\n - **Front View**: The structure shows multiple branches with complex connections. There seems to be an area where branches converge.\n - **Side View**: Complex network may indicate potential merging, but specific evidence of merger, such as sharp angles or doubling back, isn't clear.\n - **Top View**: Dense branching pattern but lacks definitive signs of merge errors like reversal or abnormal angle connections.\n\nConsidering the typical characteristics of merge errors (e.g., doubling back, sharp right-angle formations), neither segment explicitly exhibits these issues. However, Segment ID 864691134965949727 presents a more complex structure that could suggest a subtle merge error, but without clear evidence, the analysis leans towards no evident errors in the provided views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135560874209", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + } + ], + "root_id_requires_split":"864691135560874209", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_118_1", + "timestamp":null, + "merge_coords":"682447_586719_885066", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nTo identify merge errors in the given 3D segmentations of neuronal data, let's examine each segment closely for signs indicative of merge errors:\n\n**Segment ID 864691134965949727:**\n\n1. The \"front\" view shows a complex dendritic arbor with processes extending in multiple directions without apparent abrupt angles or doubling back.\n2. The \"side\" view displays similar morphology, with a clear neuronal structure that does not suggest inappropriate merging.\n3. The \"top\" view continues the trend of a coherent and natural branching pattern.\n\n**Segment ID 864691135560874209:**\n\n1. The \"front\" view shows relatively simple branching, but no unusual bending or doubling.\n2. The \"side\" view reveals a long process with a smooth trajectory, lacking any significant angles.\n3. The \"top\" view confirms a consistent path without signs of merges.\n\nBoth segments demonstrate neuronal branching without obvious merge errors such as sharp angles or backtracking associated with joined processes from different neurons. The natural structure of the neuronal extensions in both examples suggests that neither contains a merge error.\n\nIn conclusion, after examining both segments, there is no evidence of merge errors in either one.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To identify merge errors in the given 3D segmentations of neuronal data, let's examine each segment closely for signs indicative of merge errors:\n\n**Segment ID 864691134965949727:**\n\n1. The \"front\" view shows a complex dendritic arbor with processes extending in multiple directions without apparent abrupt angles or doubling back.\n2. The \"side\" view displays similar morphology, with a clear neuronal structure that does not suggest inappropriate merging.\n3. The \"top\" view continues the trend of a coherent and natural branching pattern.\n\n**Segment ID 864691135560874209:**\n\n1. The \"front\" view shows relatively simple branching, but no unusual bending or doubling.\n2. The \"side\" view reveals a long process with a smooth trajectory, lacking any significant angles.\n3. The \"top\" view confirms a consistent path without signs of merges.\n\nBoth segments demonstrate neuronal branching without obvious merge errors such as sharp angles or backtracking associated with joined processes from different neurons. The natural structure of the neuronal extensions in both examples suggests that neither contains a merge error.\n\nIn conclusion, after examining both segments, there is no evidence of merge errors in either one.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135560874209", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + } + ], + "root_id_requires_split":"864691135560874209", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_119_0", + "timestamp":null, + "merge_coords":"785908_661962_933798", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nBoth segmentations are presenting axonal branching structures, but significant differences in the density and complexity of the branches are evident.\n\n1. **Segment ID 864691135118829789**\n - The segment reveals a long, singular axonal branching pattern with sparse branching. The lines are relatively straight, and no obvious merge errors are present. There is no doubling back or sharp ninety-degree angles that typically indicate a merge issue.\n\n2. **Segment ID 864691134965949727**\n - The segments exhibit a dense network of branches arising from the soma. While complex, this neuron appears to have a characteristic dendritic structure with varying branch angles. The dense network is in contrast to axonal branches which tend to be more linear, but I do not see evidence of a merge error such as an anomaly in branching patterns like sudden turns or unexpected doubling back.\n\nThere is no apparent merge error in either segmentation based on the given criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Both segmentations are presenting axonal branching structures, but significant differences in the density and complexity of the branches are evident.\n\n1. **Segment ID 864691135118829789**\n - The segment reveals a long, singular axonal branching pattern with sparse branching. The lines are relatively straight, and no obvious merge errors are present. There is no doubling back or sharp ninety-degree angles that typically indicate a merge issue.\n\n2. **Segment ID 864691134965949727**\n - The segments exhibit a dense network of branches arising from the soma. While complex, this neuron appears to have a characteristic dendritic structure with varying branch angles. The dense network is in contrast to axonal branches which tend to be more linear, but I do not see evidence of a merge error such as an anomaly in branching patterns like sudden turns or unexpected doubling back.\n\nThere is no apparent merge error in either segmentation based on the given criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135118829789", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + } + ], + "root_id_requires_split":"864691135118829789", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_119_1", + "timestamp":null, + "merge_coords":"785908_661962_933798", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691134965949727), the neuronal processes appear to be well-organized and exhibit no obvious signs of merge errors such as abrupt direction changes, overlapping processes, or unnatural branching angles. The axons extend naturally with smooth trajectories.\n\nIn the second set of images (Segment ID 864691135118829789), there are signs of potential merge errors. Some branches exhibit unnatural turns and paths, including possible ninety-degree angles and direction changes that suggest abnormal branching off. This behavior is indicative of a possible merge error.\n\nTherefore, based on the analysis, the second segment appears to have a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691134965949727), the neuronal processes appear to be well-organized and exhibit no obvious signs of merge errors such as abrupt direction changes, overlapping processes, or unnatural branching angles. The axons extend naturally with smooth trajectories.\n\nIn the second set of images (Segment ID 864691135118829789), there are signs of potential merge errors. Some branches exhibit unnatural turns and paths, including possible ninety-degree angles and direction changes that suggest abnormal branching off. This behavior is indicative of a possible merge error.\n\nTherefore, based on the analysis, the second segment appears to have a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135118829789", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + } + ], + "root_id_requires_split":"864691135118829789", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_120_0", + "timestamp":null, + "merge_coords":"763077_660870_960897", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are looking for indicators of merge errors, such as axons that double back on themselves, or form unusual angles after branching.\n\n1. **Segment ID 864691136228014161:**\n - **Front View:** The structure appears to be complex, but does not seem to have clear doubling back or sharp angles indicative of a merge error.\n - **Side View:** Some branching can be observed, but it does not clearly show aberrant merging.\n - **Top View:** Consistent with the front view, the structure remains complex without evident excessive merging.\n\n2. **Segment ID 864691134965949727:**\n - **Front View:** The structure looks elongated and linear, typical of an axon. There is no obvious sign of axons doubling back.\n - **Side View:** The morphology looks consistent with a single axon without any unusual branching angles.\n - **Top View:** Reflects a single continuous path without signs of merging from different neurons.\n\nBoth segments depict the structured appearance of neuronal processes without typical indicators of merge errors, such as doubling back or sharp angles resulting from incorrect merges.\n\nTherefore, neither of the segments shows clear evidence of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are looking for indicators of merge errors, such as axons that double back on themselves, or form unusual angles after branching.\n\n1. **Segment ID 864691136228014161:**\n - **Front View:** The structure appears to be complex, but does not seem to have clear doubling back or sharp angles indicative of a merge error.\n - **Side View:** Some branching can be observed, but it does not clearly show aberrant merging.\n - **Top View:** Consistent with the front view, the structure remains complex without evident excessive merging.\n\n2. **Segment ID 864691134965949727:**\n - **Front View:** The structure looks elongated and linear, typical of an axon. There is no obvious sign of axons doubling back.\n - **Side View:** The morphology looks consistent with a single axon without any unusual branching angles.\n - **Top View:** Reflects a single continuous path without signs of merging from different neurons.\n\nBoth segments depict the structured appearance of neuronal processes without typical indicators of merge errors, such as doubling back or sharp angles resulting from incorrect merges.\n\nTherefore, neither of the segments shows clear evidence of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136228014161", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + } + ], + "root_id_requires_split":"864691136228014161", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_120_1", + "timestamp":null, + "merge_coords":"763077_660870_960897", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the two sets of segmented images:\n\n1. **Segment ID 864691134965949727**:\n - The axon appears to follow a somewhat consistent linear path with minor undulations and branches.\n - No pronounced aberrations such as doubling back or sharp ninety-degree angles are visible.\n - The structure maintains a consistent pattern across the front, side, and top views.\n\n2. **Segment ID 864691136228014161**:\n - There is an evident structural irregularity where the axon appears to branch off and double back on itself.\n - Such a feature is visible in the side view, suggesting a potential merge error, as the doubling back is characteristic of inappropriately grouped processes.\n - The front and top views also corroborate this deviation with noticeable irregularity around the center.\n\nBased on these observations, Segment ID 864691136228014161 exhibits features consistent with a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Examining the two sets of segmented images:\n\n1. **Segment ID 864691134965949727**:\n - The axon appears to follow a somewhat consistent linear path with minor undulations and branches.\n - No pronounced aberrations such as doubling back or sharp ninety-degree angles are visible.\n - The structure maintains a consistent pattern across the front, side, and top views.\n\n2. **Segment ID 864691136228014161**:\n - There is an evident structural irregularity where the axon appears to branch off and double back on itself.\n - Such a feature is visible in the side view, suggesting a potential merge error, as the doubling back is characteristic of inappropriately grouped processes.\n - The front and top views also corroborate this deviation with noticeable irregularity around the center.\n\nBased on these observations, Segment ID 864691136228014161 exhibits features consistent with a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136228014161", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + } + ], + "root_id_requires_split":"864691136228014161", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_121_0", + "timestamp":null, + "merge_coords":"624099_667311_865709", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135528885700), the axonal processes appear fairly linear and diverge in a typical branching pattern. There aren't any noticeable abrupt changes in direction or unusual branching angles that suggest a merge error.\n\nIn the second set of images (Segment ID 864691134965949727), there is a visible aberration near the center. The axonal branches appear to exhibit some crossing and entangling, which might indicate a potential merge. There are instances where an axon seems to turn at sharp angles, something not typical in neuronal morphology.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135528885700), the axonal processes appear fairly linear and diverge in a typical branching pattern. There aren't any noticeable abrupt changes in direction or unusual branching angles that suggest a merge error.\n\nIn the second set of images (Segment ID 864691134965949727), there is a visible aberration near the center. The axonal branches appear to exhibit some crossing and entangling, which might indicate a potential merge. There are instances where an axon seems to turn at sharp angles, something not typical in neuronal morphology.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135528885700", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + } + ], + "root_id_requires_split":"864691135528885700", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_121_1", + "timestamp":null, + "merge_coords":"624099_667311_865709", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n**Segment 1 Analysis:**\n\n- **Front View:** The neuronal structure appears to have a complex branching pattern, but no obvious signs of merge error are visible. Branches do not double back or create acute angles.\n- **Side View:** The branches maintain a smooth trajectory without sharp turns or doubling back.\n- **Top View:** The pattern seems consistent with a single neuron, with well-defined branches and no abrupt changes indicative of a merge error.\n\n**Segment 2 Analysis:**\n\n- **Front View:** A branch diverges and appears to make a sharp angle, indicative of a potential merge error.\n- **Side View:** The axon appears to create an unusual angle and trajectory which is suggestive of a merge error.\n- **Top View:** There are visible aberrations in the branching structure, including angles and crossings, which might indicate multiple neurons erroneously merged.\n\nBased on the observed patterns, Segment 2 shows characteristics typical of merge errors, such as unusual angles and crossings. \n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"**Segment 1 Analysis:**\n\n- **Front View:** The neuronal structure appears to have a complex branching pattern, but no obvious signs of merge error are visible. Branches do not double back or create acute angles.\n- **Side View:** The branches maintain a smooth trajectory without sharp turns or doubling back.\n- **Top View:** The pattern seems consistent with a single neuron, with well-defined branches and no abrupt changes indicative of a merge error.\n\n**Segment 2 Analysis:**\n\n- **Front View:** A branch diverges and appears to make a sharp angle, indicative of a potential merge error.\n- **Side View:** The axon appears to create an unusual angle and trajectory which is suggestive of a merge error.\n- **Top View:** There are visible aberrations in the branching structure, including angles and crossings, which might indicate multiple neurons erroneously merged.\n\nBased on the observed patterns, Segment 2 shows characteristics typical of merge errors, such as unusual angles and crossings.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135528885700", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + } + ], + "root_id_requires_split":"864691135528885700", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_122_0", + "timestamp":null, + "merge_coords":"624902_631386_844284", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nSegment ID 864691136009547180:\n- Front view shows a mostly linear structure with slight branching.\n- Side view reveals some complexity, but no clear merge patterns like abrupt doubling back or right-angle joints.\n- Top view supports the continuous nature without dramatic branching indicative of errors.\n\nSegment ID 864691134965949727:\n- Front view shows a linear configuration without clear signs of problematic branching.\n- Side view displays a more angled structure, but it doesn't distinctly suggest a merge error.\n- Top view maintains a consistent trajectory without indications of irregularities typical of merge errors.\n\nNeither segment displays the classic signs of merge errors like doubling back or awkward junctions.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Segment ID 864691136009547180:\n- Front view shows a mostly linear structure with slight branching.\n- Side view reveals some complexity, but no clear merge patterns like abrupt doubling back or right-angle joints.\n- Top view supports the continuous nature without dramatic branching indicative of errors.\n\nSegment ID 864691134965949727:\n- Front view shows a linear configuration without clear signs of problematic branching.\n- Side view displays a more angled structure, but it doesn't distinctly suggest a merge error.\n- Top view maintains a consistent trajectory without indications of irregularities typical of merge errors.\n\nNeither segment displays the classic signs of merge errors like doubling back or awkward junctions.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136009547180", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + } + ], + "root_id_requires_split":"864691136009547180", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_122_1", + "timestamp":null, + "merge_coords":"624902_631386_844284", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691134965949727 appears to have a fairly linear structure without significant deviations or abrupt angular changes. The views show a single, consistent process without evidence of the characteristics typical of merge errors like branching back on itself or forming sharp angles.\n\nSegment ID 864691136009547180, on the other hand, shows irregularities, especially noticeable in the front and side views. There is a section near the middle of the structure that suggests possible branching and turning back, which may indicate a merge error.\n\nGiven these observations, Segment ID 864691136009547180 is the most likely candidate for displaying a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691134965949727 appears to have a fairly linear structure without significant deviations or abrupt angular changes. The views show a single, consistent process without evidence of the characteristics typical of merge errors like branching back on itself or forming sharp angles.\n\nSegment ID 864691136009547180, on the other hand, shows irregularities, especially noticeable in the front and side views. There is a section near the middle of the structure that suggests possible branching and turning back, which may indicate a merge error.\n\nGiven these observations, Segment ID 864691136009547180 is the most likely candidate for displaying a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136009547180", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + } + ], + "root_id_requires_split":"864691136009547180", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_123_0", + "timestamp":null, + "merge_coords":"723723_770595_898254", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images, the axon appears to follow a consistent trajectory with no evident sharp turns or doubling back, which may indicate an absence of a merge error.\n\nIn the second set of images, there is an indication of a potential merge error. Specifically, the side view shows an axon with branching that appears erratic and possibly doubling back. The front and top views corroborate this, suggesting a possible merge error near the center of the volume.\n\nTherefore, the second segmentation is more likely to contain a merge error characterized by irregular axonal paths that might signify a merge with another neuron\u2019s process.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images, the axon appears to follow a consistent trajectory with no evident sharp turns or doubling back, which may indicate an absence of a merge error.\n\nIn the second set of images, there is an indication of a potential merge error. Specifically, the side view shows an axon with branching that appears erratic and possibly doubling back. The front and top views corroborate this, suggesting a possible merge error near the center of the volume.\n\nTherefore, the second segmentation is more likely to contain a merge error characterized by irregular axonal paths that might signify a merge with another neuron\u2019s process.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135655215042", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + } + ], + "root_id_requires_split":"864691135655215042", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_123_1", + "timestamp":null, + "merge_coords":"723723_770595_898254", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn both sets of images, we are looking for signs of merge errors in the axonal structure, specifically looking for the defined characteristics such as axons doubling back or forming unnatural angles.\n\n**Segment ID 864691134965949727:**\n- The front, side, and top views show complex branching but do not exhibit any obvious doubling back or sharp angles that are indicative of merge errors.\n\n**Segment ID 864691135655215042:**\n- Similarly, in these views, the branching appears to be natural. There are no abrupt turns or doubling in the main branches that would suggest a merge error.\n\nBoth sets of images show neuronal branches that appear consistent with typical axonal paths, lacking the distinct signs of merge errors at their centers. Therefore, it seems neither option contains evident axonal merge errors. \n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In both sets of images, we are looking for signs of merge errors in the axonal structure, specifically looking for the defined characteristics such as axons doubling back or forming unnatural angles.\n\n**Segment ID 864691134965949727:**\n- The front, side, and top views show complex branching but do not exhibit any obvious doubling back or sharp angles that are indicative of merge errors.\n\n**Segment ID 864691135655215042:**\n- Similarly, in these views, the branching appears to be natural. There are no abrupt turns or doubling in the main branches that would suggest a merge error.\n\nBoth sets of images show neuronal branches that appear consistent with typical axonal paths, lacking the distinct signs of merge errors at their centers. Therefore, it seems neither option contains evident axonal merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135655215042", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + } + ], + "root_id_requires_split":"864691135655215042", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_124_0", + "timestamp":null, + "merge_coords":"705831_707637_924336", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the images provided, we can identify the following characteristics that may indicate potential merge errors:\n\n1. Segment ID 864691135349423063:\n - **Front View:** Shows a complex branching pattern with long, intertwining projections. There is a possibility of processes crossing paths without an evident merge error, but these alone do not confirm a merge error.\n - **Side View:** Displays similar intertwined structures. No evident sign of the axon making a sharp angle or doubling back.\n - **Top View:** Consistent with the front and side views. The structure appears intricate but not suggestive of a typical merge error.\n\n2. Segment ID 864691134965949727:\n - **Front View:** Exhibits a main cluster of branching close to the center with fewer elongated projections extending outward. No apparent abrupt angles or doubling back of axons.\n - **Side View:** Similar clustering of branches is visible. The axons appear more contained within the center without sharp turns.\n - **Top View:** Maintains the clustered appearance. No unusual axonal angles or structures indicating a merge error.\n\nNeither segment shows definitive characteristics of axonal merge errors, such as doubling back or abrupt right-angle formations in the branching patterns.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images provided, we can identify the following characteristics that may indicate potential merge errors:\n\n1. Segment ID 864691135349423063:\n - **Front View:** Shows a complex branching pattern with long, intertwining projections. There is a possibility of processes crossing paths without an evident merge error, but these alone do not confirm a merge error.\n - **Side View:** Displays similar intertwined structures. No evident sign of the axon making a sharp angle or doubling back.\n - **Top View:** Consistent with the front and side views. The structure appears intricate but not suggestive of a typical merge error.\n\n2. Segment ID 864691134965949727:\n - **Front View:** Exhibits a main cluster of branching close to the center with fewer elongated projections extending outward. No apparent abrupt angles or doubling back of axons.\n - **Side View:** Similar clustering of branches is visible. The axons appear more contained within the center without sharp turns.\n - **Top View:** Maintains the clustered appearance. No unusual axonal angles or structures indicating a merge error.\n\nNeither segment shows definitive characteristics of axonal merge errors, such as doubling back or abrupt right-angle formations in the branching patterns.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135349423063", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + } + ], + "root_id_requires_split":"864691135349423063", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_124_1", + "timestamp":null, + "merge_coords":"705831_707637_924336", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the given images of the neuronal data segmentations, let's focus on identifying any potential merge errors characterized by unusual axonal structures.\n\n**Segment ID: 864691134965949727**\n\n- **Front View**: This shows a neuron with its dendritic tree and axon branching out. I don't observe any unusual doubling back or sharp angle formations indicating merge errors.\n- **Side View**: No evident anomalies like doubling back or sharp angle formations suggest a merge error.\n- **Top View**: Again, no signs of the typical indicators of merge errors. The processes extend normally.\n\n**Segment ID: 864691135349423063**\n\n- **Front View**: Here, we see axonal branches extending outward with some coming together at sharper angles. There is a noticeable ninety-degree angle, which suggests a possible merge.\n- **Side View**: The structure appears irregular at some junctions, with angles sharper than typical for individual axonal branches.\n- **Top View**: The branching pattern maintains the form of potential doubling back or angled connections inconsistent with normal neuronal projections.\n\nGiven this analysis, Segment ID 864691135349423063 shows characteristics typical of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the given images of the neuronal data segmentations, let's focus on identifying any potential merge errors characterized by unusual axonal structures.\n\n**Segment ID: 864691134965949727**\n\n- **Front View**: This shows a neuron with its dendritic tree and axon branching out. I don't observe any unusual doubling back or sharp angle formations indicating merge errors.\n- **Side View**: No evident anomalies like doubling back or sharp angle formations suggest a merge error.\n- **Top View**: Again, no signs of the typical indicators of merge errors. The processes extend normally.\n\n**Segment ID: 864691135349423063**\n\n- **Front View**: Here, we see axonal branches extending outward with some coming together at sharper angles. There is a noticeable ninety-degree angle, which suggests a possible merge.\n- **Side View**: The structure appears irregular at some junctions, with angles sharper than typical for individual axonal branches.\n- **Top View**: The branching pattern maintains the form of potential doubling back or angled connections inconsistent with normal neuronal projections.\n\nGiven this analysis, Segment ID 864691135349423063 shows characteristics typical of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135349423063", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + } + ], + "root_id_requires_split":"864691135349423063", + "root_id_does_not_require_split":"864691134965949727" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_125_0", + "timestamp":null, + "merge_coords":"624650_499978_771503", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we compare two sets of neuronal segmentation data, each consisting of three perspectives: front, side, and top.\n\n1. **First set of images (Segment ID 864691135382730714):**\n - The axon appears to follow a more linear path with branching that does not show clear signs of merging errors. \n - There are no noticeable regions where the axon abruptly doubles back or forms unnatural right angles in the branching patterns. \n - The structure appears consistent with typical neuronal morphology.\n\n2. **Second set of images (Segment ID 864691135919630768):**\n - There is an area where the axonal structure seems to exhibit an unnatural doubling back or right-angle formation, suggesting a potential merge error.\n - The branching pattern is more complex, and the occurrence of a right-angle joint is evident, which is usually a characteristic of a misalignment or merge with an axon from another neuron.\n\nGiven the observations, the second set of images clearly shows signs of a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we compare two sets of neuronal segmentation data, each consisting of three perspectives: front, side, and top.\n\n1. **First set of images (Segment ID 864691135382730714):**\n - The axon appears to follow a more linear path with branching that does not show clear signs of merging errors. \n - There are no noticeable regions where the axon abruptly doubles back or forms unnatural right angles in the branching patterns. \n - The structure appears consistent with typical neuronal morphology.\n\n2. **Second set of images (Segment ID 864691135919630768):**\n - There is an area where the axonal structure seems to exhibit an unnatural doubling back or right-angle formation, suggesting a potential merge error.\n - The branching pattern is more complex, and the occurrence of a right-angle joint is evident, which is usually a characteristic of a misalignment or merge with an axon from another neuron.\n\nGiven the observations, the second set of images clearly shows signs of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135382730714", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + } + ], + "root_id_requires_split":"864691135382730714", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_125_1", + "timestamp":null, + "merge_coords":"624650_499978_771503", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images shows a complex neuronal structure with multiple branching points extending outwards from a central point. There are no obvious signs of merge errors like axon doubling back or forming unlikely sharp angles.\n\nThe second set of images shows another neuronal structure with more prominent linear extensions, but there are no evident signs of inappropriate merges such as doubling back or forming unusual angles.\n\nBoth sets of images show neuronal segments that behave as expected morphologically, without any clear signs of merge errors typical in segmentation.\n\nGiven the lack of visible merge errors in either set of images, we conclude that neither segment exhibits a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The first set of images shows a complex neuronal structure with multiple branching points extending outwards from a central point. There are no obvious signs of merge errors like axon doubling back or forming unlikely sharp angles.\n\nThe second set of images shows another neuronal structure with more prominent linear extensions, but there are no evident signs of inappropriate merges such as doubling back or forming unusual angles.\n\nBoth sets of images show neuronal segments that behave as expected morphologically, without any clear signs of merge errors typical in segmentation.\n\nGiven the lack of visible merge errors in either set of images, we conclude that neither segment exhibits a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135382730714", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + } + ], + "root_id_requires_split":"864691135382730714", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_126_0", + "timestamp":null, + "merge_coords":"705295_441693_882672", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nTo identify any merge errors, I will examine the segments in the provided views for aberrant axonal structures, such as doubling back, abrupt angles, or unusual branching patterns.\n\n### Segment ID 864691136105692633:\n- **Front View**: Shows multiple branches spreading outwards with no obvious doubling back or sharp angles.\n- **Side View**: Displays more linear extensions without abrupt directional changes.\n- **Top View**: Similar pattern to the front and side views.\n\n### Segment ID 864691135919630768:\n- **Front View**: Appears with a more complex branching structure than the previous segment, but the branches diverge smoothly without sharp angles or doubling back.\n- **Side View**: Shows similar complex branching as the front view but no perpendicular joints or doubling back.\n- **Top View**: Continues the smooth branching narrative without unusual angles or backtracking.\n\nGiven the center-focused zoom, I do not observe any evident merge errors such as abrupt coalescing of branches or doubling back in these segments.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To identify any merge errors, I will examine the segments in the provided views for aberrant axonal structures, such as doubling back, abrupt angles, or unusual branching patterns.\n\n### Segment ID 864691136105692633:\n- **Front View**: Shows multiple branches spreading outwards with no obvious doubling back or sharp angles.\n- **Side View**: Displays more linear extensions without abrupt directional changes.\n- **Top View**: Similar pattern to the front and side views.\n\n### Segment ID 864691135919630768:\n- **Front View**: Appears with a more complex branching structure than the previous segment, but the branches diverge smoothly without sharp angles or doubling back.\n- **Side View**: Shows similar complex branching as the front view but no perpendicular joints or doubling back.\n- **Top View**: Continues the smooth branching narrative without unusual angles or backtracking.\n\nGiven the center-focused zoom, I do not observe any evident merge errors such as abrupt coalescing of branches or doubling back in these segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136105692633", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + } + ], + "root_id_requires_split":"864691136105692633", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_126_1", + "timestamp":null, + "merge_coords":"705295_441693_882672", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the given images for potential axonal merge errors:\n\n1. **Segment ID 864691135919630768**\n - Front: The structure appears branched but not irregularly so, and there aren\u2019t clear signs of doubling back or sharp angles at inappropriate places.\n - Side: No distinct ninety-degree angles or doubling upon itself are visible.\n - Top: The axonal branches don\u2019t seem to exhibit aberrant connections.\n\n2. **Segment ID 864691136105692633**\n - Front: There is some complexity, but the branchings appear consistent without evident doubling back.\n - Side: The structures are linear and do not fold back or intersect sharply in a suspicious manner.\n - Top: There\u2019s a consistency in pattern without sharp angles or evidence of inappropriate merges.\n\nBoth segments show complex branching, typical of healthy neuronal structures, with no obvious indicators of merge errors like doubling back or abrupt angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the given images for potential axonal merge errors:\n\n1. **Segment ID 864691135919630768**\n - Front: The structure appears branched but not irregularly so, and there aren\u2019t clear signs of doubling back or sharp angles at inappropriate places.\n - Side: No distinct ninety-degree angles or doubling upon itself are visible.\n - Top: The axonal branches don\u2019t seem to exhibit aberrant connections.\n\n2. **Segment ID 864691136105692633**\n - Front: There is some complexity, but the branchings appear consistent without evident doubling back.\n - Side: The structures are linear and do not fold back or intersect sharply in a suspicious manner.\n - Top: There\u2019s a consistency in pattern without sharp angles or evidence of inappropriate merges.\n\nBoth segments show complex branching, typical of healthy neuronal structures, with no obvious indicators of merge errors like doubling back or abrupt angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136105692633", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + } + ], + "root_id_requires_split":"864691136105692633", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_127_0", + "timestamp":null, + "merge_coords":"704634_442323_882903", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nEvaluating the images for potential merge errors:\n\n1. Segment ID 864691135407504329:\n - The images from different angles (front, side, top) do not show obvious signs of merge errors. The axonal structures appear continuous without abrupt angles or obvious doubling back.\n\n2. Segment ID 864691135919630768:\n - The images reveal potential merge errors. There seems to be an instance where the axons have unusual branching with angles and possibly overlap with another axon.\n\nGiven the criteria for identifying merge errors (axon doubling back, forming sharp angles when joined), the Segment ID 864691135919630768 showcases these features more prominently in the center of the volume.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Evaluating the images for potential merge errors:\n\n1. Segment ID 864691135407504329:\n - The images from different angles (front, side, top) do not show obvious signs of merge errors. The axonal structures appear continuous without abrupt angles or obvious doubling back.\n\n2. Segment ID 864691135919630768:\n - The images reveal potential merge errors. There seems to be an instance where the axons have unusual branching with angles and possibly overlap with another axon.\n\nGiven the criteria for identifying merge errors (axon doubling back, forming sharp angles when joined), the Segment ID 864691135919630768 showcases these features more prominently in the center of the volume.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135407504329", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + } + ], + "root_id_requires_split":"864691135407504329", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_127_1", + "timestamp":null, + "merge_coords":"704634_442323_882903", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nExamining the images, we are looking for abnormal structural features in the axons, such as axons that double back or form sharp angles, which are indicative of merge errors.\n\nFor Segment ID 864691135919630768 (first set):\n- Front view: There are multiple branches, but no obvious double backs or sharp ninety-degree angles.\n- Side view: The branches are complex but generally follow distinct trajectories.\n- Top view: Maintains a coherent branching pattern without noticeable merge errors.\n\nFor Segment ID 864691135407504329 (second set):\n- Front view: There is one visible area where branching might suggest an unnatural connection, but it does not clearly exhibit a merge error.\n- Side view: Shows branches but no obvious merge error such as doubling back.\n- Top view: The branches maintain distinct paths without obvious angles indicative of merging.\n\nIn both segments, no definitive aberrant structures clearly match the described characteristics of merge errors (e.g., doubling back or ninety-degree angles).\n\nThus, neither segment clearly contains evident axonal merge errors based on the given criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images, we are looking for abnormal structural features in the axons, such as axons that double back or form sharp angles, which are indicative of merge errors.\n\nFor Segment ID 864691135919630768 (first set):\n- Front view: There are multiple branches, but no obvious double backs or sharp ninety-degree angles.\n- Side view: The branches are complex but generally follow distinct trajectories.\n- Top view: Maintains a coherent branching pattern without noticeable merge errors.\n\nFor Segment ID 864691135407504329 (second set):\n- Front view: There is one visible area where branching might suggest an unnatural connection, but it does not clearly exhibit a merge error.\n- Side view: Shows branches but no obvious merge error such as doubling back.\n- Top view: The branches maintain distinct paths without obvious angles indicative of merging.\n\nIn both segments, no definitive aberrant structures clearly match the described characteristics of merge errors (e.g., doubling back or ninety-degree angles).\n\nThus, neither segment clearly contains evident axonal merge errors based on the given criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135407504329", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + } + ], + "root_id_requires_split":"864691135407504329", + "root_id_does_not_require_split":"864691135919630768" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_128_0", + "timestamp":null, + "merge_coords":"694393_724144_889667", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, we have two sets of 3D segmentations of neurons viewed from front, side, and top perspectives.\n\n1. **Segment 1:**\n - The images show a narrow, elongated structure that could represent an axonal process.\n - No apparent abnormal structures like looping or abrupt directional changes are visible in the center of the volume.\n\n2. **Segment 2:**\n - The images show a more complex structure, including a cell body and dendritic branches.\n - There are no visible signs of aberrant axonal structures, such as doubling back or sharp angles near the center that would suggest a merge error.\n\nIn both sets of images, no clear indications of axonal merge errors are present, particularly around the center of the volume, where attention is focused.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we have two sets of 3D segmentations of neurons viewed from front, side, and top perspectives.\n\n1. **Segment 1:**\n - The images show a narrow, elongated structure that could represent an axonal process.\n - No apparent abnormal structures like looping or abrupt directional changes are visible in the center of the volume.\n\n2. **Segment 2:**\n - The images show a more complex structure, including a cell body and dendritic branches.\n - There are no visible signs of aberrant axonal structures, such as doubling back or sharp angles near the center that would suggest a merge error.\n\nIn both sets of images, no clear indications of axonal merge errors are present, particularly around the center of the volume, where attention is focused.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135042847649", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + } + ], + "root_id_requires_split":"864691135042847649", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_128_1", + "timestamp":null, + "merge_coords":"694393_724144_889667", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we're tasked with identifying potential merge errors in neuronal segmentations. Merge errors in connectomics data are typically characterized by unusual axonal structure, such as the axon doubling back or forming an unexpected ninety-degree angle when joined with another axon.\n\n**Segment ID 864691135539658098 (First Set of Images):** \nThe first group of images shows a neuron with a clearly defined soma and dendritic branches. The structure appears regular with no immediate signs of axon doubling back or aberrant ninety-degree angle joints suggesting merge errors in the areas shown.\n\n**Segment ID 864691135042847649 (Second Set of Images):** \nThe second group of images depicts a more linear, less complex structure consistent with an axon. Given its simplicity, it's easier to identify potential anomalies. However, the structure appears continuous without irregularities such as doubling back or sharp turns that may suggest a merge error.\n\nBoth sets of images don't show apparent signs of aberrant structures typical of merge errors in the central areas visible. Therefore, neither seems to present solid evidence of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we're tasked with identifying potential merge errors in neuronal segmentations. Merge errors in connectomics data are typically characterized by unusual axonal structure, such as the axon doubling back or forming an unexpected ninety-degree angle when joined with another axon.\n\n**Segment ID 864691135539658098 (First Set of Images):** \nThe first group of images shows a neuron with a clearly defined soma and dendritic branches. The structure appears regular with no immediate signs of axon doubling back or aberrant ninety-degree angle joints suggesting merge errors in the areas shown.\n\n**Segment ID 864691135042847649 (Second Set of Images):** \nThe second group of images depicts a more linear, less complex structure consistent with an axon. Given its simplicity, it's easier to identify potential anomalies. However, the structure appears continuous without irregularities such as doubling back or sharp turns that may suggest a merge error.\n\nBoth sets of images don't show apparent signs of aberrant structures typical of merge errors in the central areas visible. Therefore, neither seems to present solid evidence of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135042847649", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + } + ], + "root_id_requires_split":"864691135042847649", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_129_0", + "timestamp":null, + "merge_coords":"801864_629863_754645", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn evaluating the images for potential axonal merge errors:\n\n1. **Segment ID 864691136194601942:**\n - **Front View:** Displays a complex branching pattern. No immediate signs of axonal doubling back or abrupt ninety-degree angles.\n - **Side View:** The branches appear continuous and aligned. No evident erratic structure.\n - **Top View:** No noticeable deviations or sharp turns suggesting a merging error.\n\n2. **Segment ID 864691135539658098:**\n - **Front View:** There is a noticeable change in direction near the top, suggesting an angular merge or deviation.\n - **Side View:** The patterns show a consistent extension with a visible structure suggesting a potential merge at a right angle.\n - **Top View:** Displays possible aberrant intersection, indicating a merge.\n\nUpon analysis, Segment ID 864691135539658098 consistently shows signs of aberrant angular patterns and possible merging errors, especially in the front and side views.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In evaluating the images for potential axonal merge errors:\n\n1. **Segment ID 864691136194601942:**\n - **Front View:** Displays a complex branching pattern. No immediate signs of axonal doubling back or abrupt ninety-degree angles.\n - **Side View:** The branches appear continuous and aligned. No evident erratic structure.\n - **Top View:** No noticeable deviations or sharp turns suggesting a merging error.\n\n2. **Segment ID 864691135539658098:**\n - **Front View:** There is a noticeable change in direction near the top, suggesting an angular merge or deviation.\n - **Side View:** The patterns show a consistent extension with a visible structure suggesting a potential merge at a right angle.\n - **Top View:** Displays possible aberrant intersection, indicating a merge.\n\nUpon analysis, Segment ID 864691135539658098 consistently shows signs of aberrant angular patterns and possible merging errors, especially in the front and side views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194601942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + } + ], + "root_id_requires_split":"864691136194601942", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_129_1", + "timestamp":null, + "merge_coords":"801864_629863_754645", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images (Segments ID 864691135539658098) shows branching patterns that look consistent across the front, side, and top views. There aren't any clear signs of axonal merge errors, such as branches doubling back or forming unusual angles.\n\nThe second set of images (Segments ID 864691136194601942) also doesn't show clear merge errors. The branching appears normal without any extraordinary features such as doubling back or sharp angles indicating a merge.\n\nBoth sets of segmentations appear to have consistent neuronal structures indicative of a single neuron. There is no clear evidence of axonal merge errors in either of the segments.\n\nTherefore, neither of the segments appears to have merge errors based on the provided criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The first set of images (Segments ID 864691135539658098) shows branching patterns that look consistent across the front, side, and top views. There aren't any clear signs of axonal merge errors, such as branches doubling back or forming unusual angles.\n\nThe second set of images (Segments ID 864691136194601942) also doesn't show clear merge errors. The branching appears normal without any extraordinary features such as doubling back or sharp angles indicating a merge.\n\nBoth sets of segmentations appear to have consistent neuronal structures indicative of a single neuron. There is no clear evidence of axonal merge errors in either of the segments.\n\nTherefore, neither of the segments appears to have merge errors based on the provided criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194601942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + } + ], + "root_id_requires_split":"864691136194601942", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_130_0", + "timestamp":null, + "merge_coords":"591878_749357_892808", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first group of images (Segment ID 864691136825621870), the structure appears complex with multiple branches extending outward. Such complexity can often be a site of merge errors, but one main characteristic to consider is whether any branches show irregular patterns like doubling back or forming sharp angles such as ninety degrees. From these views, I do not observe any clear signs of these irregularities that typically indicate a merge error.\n\nIn the second group of images (Segment ID 864691135539658098), the structure is much simpler and does not show the characteristics that typically indicate a merge error, such as the axon forming sharp angles or doubling back on itself. It seems more linear and does not exhibit the complex branching that would suggest a merge error.\n\nBoth segments appear to be free of clear merge errors given the visual evidence from the images provided.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the first group of images (Segment ID 864691136825621870), the structure appears complex with multiple branches extending outward. Such complexity can often be a site of merge errors, but one main characteristic to consider is whether any branches show irregular patterns like doubling back or forming sharp angles such as ninety degrees. From these views, I do not observe any clear signs of these irregularities that typically indicate a merge error.\n\nIn the second group of images (Segment ID 864691135539658098), the structure is much simpler and does not show the characteristics that typically indicate a merge error, such as the axon forming sharp angles or doubling back on itself. It seems more linear and does not exhibit the complex branching that would suggest a merge error.\n\nBoth segments appear to be free of clear merge errors given the visual evidence from the images provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136825621870", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + } + ], + "root_id_requires_split":"864691136825621870", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_130_1", + "timestamp":null, + "merge_coords":"591878_749357_892808", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691135539658098), the axonal structure appears linear without significant deviations or unusual intersections. There is no evident doubling back or sharp angles in the central region, suggesting that it is free of merge errors.\n\nIn the second set of images (Segment ID 864691136825621870), the central region of the segmentation appears more complex with multiple intertwining branches. There are indications of potential merge errors as some branches exhibit the characteristics of axonal merge issues, such as unusual branching patterns or abrupt angles, particularly near the center where the processes are densely intertwined.\n\nBased on the analysis, the second set of images displays features that align with typical symptoms of merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135539658098), the axonal structure appears linear without significant deviations or unusual intersections. There is no evident doubling back or sharp angles in the central region, suggesting that it is free of merge errors.\n\nIn the second set of images (Segment ID 864691136825621870), the central region of the segmentation appears more complex with multiple intertwining branches. There are indications of potential merge errors as some branches exhibit the characteristics of axonal merge issues, such as unusual branching patterns or abrupt angles, particularly near the center where the processes are densely intertwined.\n\nBased on the analysis, the second set of images displays features that align with typical symptoms of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136825621870", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + } + ], + "root_id_requires_split":"864691136825621870", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_131_0", + "timestamp":null, + "merge_coords":"772390_740386_903147", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images provided:\n\nSegment ID 864691136117277348:\n- **Front View**: This view shows a smooth, continuous structure without any notable abrupt changes in direction that might suggest a merge error.\n- **Side View**: The structure appears linear and consistent with expected neuronal morphologies. There is no evidence of doubling back or sharp angles.\n- **Top View**: The axon maintains a consistent trajectory without any doubling back or unusual angles.\n\nSegment ID 864691135539658098:\n- **Front View**: This structure shows potential complexity with branching that could be misinterpreted. \n- **Side View**: At a glance, the structure maintains a linear trajectory, although there is a point suggesting the possibility of a ninety-degree turn and abrupt change in direction.\n- **Top View**: The complexity seen in the front and side views may indicate a merge. There is a sharp angle that might suggest an inappropriate joining of segments, characteristic of merge errors.\n\nComparing the views, Segment ID 864691135539658098 shows more evidence of structure aberrations likely associated with merge errors, particularly the complexity and the angle change observed in side and top views.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images provided:\n\nSegment ID 864691136117277348:\n- **Front View**: This view shows a smooth, continuous structure without any notable abrupt changes in direction that might suggest a merge error.\n- **Side View**: The structure appears linear and consistent with expected neuronal morphologies. There is no evidence of doubling back or sharp angles.\n- **Top View**: The axon maintains a consistent trajectory without any doubling back or unusual angles.\n\nSegment ID 864691135539658098:\n- **Front View**: This structure shows potential complexity with branching that could be misinterpreted. \n- **Side View**: At a glance, the structure maintains a linear trajectory, although there is a point suggesting the possibility of a ninety-degree turn and abrupt change in direction.\n- **Top View**: The complexity seen in the front and side views may indicate a merge. There is a sharp angle that might suggest an inappropriate joining of segments, characteristic of merge errors.\n\nComparing the views, Segment ID 864691135539658098 shows more evidence of structure aberrations likely associated with merge errors, particularly the complexity and the angle change observed in side and top views.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136117277348", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + } + ], + "root_id_requires_split":"864691136117277348", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_131_1", + "timestamp":null, + "merge_coords":"772390_740386_903147", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images show two different segments with multiple views (front, side, and top) for each. We need to identify if there's an axonal merge error by looking for unnatural structural features such as doubling back or sharp angles.\n\n1. **Segment ID 864691135539658098:**\n - **Front View:** Shows a complex branching structure with potential aberrations.\n - **Side View:** Appears long and winding, but no clear doubling back or sharp angles.\n - **Top View:** Consistent with the side view, maintaining direction without abrupt changes.\n\n2. **Segment ID 864691136117277348:**\n - **Front View:** Some complexity is visible, suggesting potential branching.\n - **Side View:** Displays more linearity with a slight angle, but nothing overly abrupt.\n - **Top View:** Similar to the side view, showing continuity without extreme changes in direction.\n\nUpon reviewing, Segment ID 864691135539658098, particularly from the front view, seems to show a more complex branching pattern that might hide a merge error. However, there is no definitive unnatural structure such as a clear doubling back or right-angle connections in either segment based on the provided views.\n\nTherefore, neither segment shows an unmistakable merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show two different segments with multiple views (front, side, and top) for each. We need to identify if there's an axonal merge error by looking for unnatural structural features such as doubling back or sharp angles.\n\n1. **Segment ID 864691135539658098:**\n - **Front View:** Shows a complex branching structure with potential aberrations.\n - **Side View:** Appears long and winding, but no clear doubling back or sharp angles.\n - **Top View:** Consistent with the side view, maintaining direction without abrupt changes.\n\n2. **Segment ID 864691136117277348:**\n - **Front View:** Some complexity is visible, suggesting potential branching.\n - **Side View:** Displays more linearity with a slight angle, but nothing overly abrupt.\n - **Top View:** Similar to the side view, showing continuity without extreme changes in direction.\n\nUpon reviewing, Segment ID 864691135539658098, particularly from the front view, seems to show a more complex branching pattern that might hide a merge error. However, there is no definitive unnatural structure such as a clear doubling back or right-angle connections in either segment based on the provided views.\n\nTherefore, neither segment shows an unmistakable merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136117277348", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + } + ], + "root_id_requires_split":"864691136117277348", + "root_id_does_not_require_split":"864691135539658098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_132_0", + "timestamp":null, + "merge_coords":"787867_995547_1061308", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nWhen analyzing the two examples of 3D segmentation for potential merge errors:\n\n1. Segment ID 864691135307680326:\n - **Front View:** The structure appears relatively linear with minimal branching.\n - **Side View:** The axon has a smooth, continuous path without notable abrupt angles.\n - **Top View:** The structure does not display any segments doubling back or forming sharp angles indicative of merging errors.\n\n2. Segment ID 864691134989919098:\n - **Front View:** Similar linearity can be observed as in the first segment, with some branching.\n - **Side View:** The axon is continuous and smooth.\n - **Top View:** The structure is more complex than the first segment. However, it does not show the classic signs of a merge error like the axon doubling back after branching or forming ninety-degree angles due to improper joining.\n\nConsidering the characteristics of possible merge errors (doubling back, sharp angles) and given the views provided for both segments, none of the segments clearly show these typical indicators of axonal merge errors.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"When analyzing the two examples of 3D segmentation for potential merge errors:\n\n1. Segment ID 864691135307680326:\n - **Front View:** The structure appears relatively linear with minimal branching.\n - **Side View:** The axon has a smooth, continuous path without notable abrupt angles.\n - **Top View:** The structure does not display any segments doubling back or forming sharp angles indicative of merging errors.\n\n2. Segment ID 864691134989919098:\n - **Front View:** Similar linearity can be observed as in the first segment, with some branching.\n - **Side View:** The axon is continuous and smooth.\n - **Top View:** The structure is more complex than the first segment. However, it does not show the classic signs of a merge error like the axon doubling back after branching or forming ninety-degree angles due to improper joining.\n\nConsidering the characteristics of possible merge errors (doubling back, sharp angles) and given the views provided for both segments, none of the segments clearly show these typical indicators of axonal merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135307680326", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + } + ], + "root_id_requires_split":"864691135307680326", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_132_1", + "timestamp":null, + "merge_coords":"787867_995547_1061308", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we have two sets of 3D segmented neuronal data, each viewed from front, side, and top perspectives.\n\n1. **Segment ID 864691134989919098:**\n - **Front View:** Shows a long, irregular structure with some branching. There is no obvious indication of a significant bend or doubling back in this view.\n - **Side View:** Similar to the front view, the segment appears linear with minor undulations, but no abrupt bends.\n - **Top View:** Offers a more detailed perspective on branching. The branches appear to be non-intersecting and evenly spaced.\n\n2. **Segment ID 864691135307680326:**\n - **Front View:** This segment is also elongated with branching. There is no visible abrupt angle or doubling back in this view.\n - **Side View:** Displays a linear appearance, and no evidence of sharp angular formations is seen.\n - **Top View:** The branching looks similar to the first option, with no obvious structural anomalies indicating a merge error.\n\nBoth sets of images show elongated and somewhat branched neuronal structures. There are no distinct features such as an axon abruptly turning back upon itself, or sharp 90-degree angles, which would suggest merge errors. The features observed are consistent with normal branching structure rather than artifacts of merging different neuronal processes.\n\nTherefore, neither of the segments appears to have an apparent merge error based on the provided criteria.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we have two sets of 3D segmented neuronal data, each viewed from front, side, and top perspectives.\n\n1. **Segment ID 864691134989919098:**\n - **Front View:** Shows a long, irregular structure with some branching. There is no obvious indication of a significant bend or doubling back in this view.\n - **Side View:** Similar to the front view, the segment appears linear with minor undulations, but no abrupt bends.\n - **Top View:** Offers a more detailed perspective on branching. The branches appear to be non-intersecting and evenly spaced.\n\n2. **Segment ID 864691135307680326:**\n - **Front View:** This segment is also elongated with branching. There is no visible abrupt angle or doubling back in this view.\n - **Side View:** Displays a linear appearance, and no evidence of sharp angular formations is seen.\n - **Top View:** The branching looks similar to the first option, with no obvious structural anomalies indicating a merge error.\n\nBoth sets of images show elongated and somewhat branched neuronal structures. There are no distinct features such as an axon abruptly turning back upon itself, or sharp 90-degree angles, which would suggest merge errors. The features observed are consistent with normal branching structure rather than artifacts of merging different neuronal processes.\n\nTherefore, neither of the segments appears to have an apparent merge error based on the provided criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135307680326", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + } + ], + "root_id_requires_split":"864691135307680326", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_133_0", + "timestamp":null, + "merge_coords":"754675_877120_959631", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691136845654638), the branches appear relatively smooth and continuous without any noticeable signs of merging errors such as sharp angles or doubling back. There doesn't seem to be any abnormal deviations in the axonal structures.\n\nIn the second set of images (Segment ID 864691134989919098), there is an indication of possible merge errors. Specifically, there are irregular branching patterns where the axon appears to form a sharp angle, potentially suggesting an inappropriate grouping of processes. This is visible in the images as branches doubling back and forming unusual angles.\n\nConsidering the characteristics typically associated with merge errors\u2014such as the formation of right angles and aberrant turning\u2014the second set of images exhibits these more clearly.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691136845654638), the branches appear relatively smooth and continuous without any noticeable signs of merging errors such as sharp angles or doubling back. There doesn't seem to be any abnormal deviations in the axonal structures.\n\nIn the second set of images (Segment ID 864691134989919098), there is an indication of possible merge errors. Specifically, there are irregular branching patterns where the axon appears to form a sharp angle, potentially suggesting an inappropriate grouping of processes. This is visible in the images as branches doubling back and forming unusual angles.\n\nConsidering the characteristics typically associated with merge errors\u2014such as the formation of right angles and aberrant turning\u2014the second set of images exhibits these more clearly.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136845654638", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + } + ], + "root_id_requires_split":"864691136845654638", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_133_1", + "timestamp":null, + "merge_coords":"754675_877120_959631", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images, we need to look for indications of merge errors, which often include unusual branching patterns or connections, such as axons appearing to double back or form sharp angles atypically.\n\nFor \"Segment ID 864691134989919098\":\n\n- The front, side, and top views show tangled branching with many intersections, which might suggest a merge error.\n- However, the connections mostly extend and branch in a typical axonal manner. I don't see any clear signs of doubling back or sharp ninety-degree connections indicative of a merge error.\n\nFor \"Segment ID 864691136845654638\":\n\n- The views appear to be less complex with more linear extensions, except for one area where there might be a potential issue.\n- In the front view, there seems to be a point where an axon makes a potentially unnatural corner connection. This could indicate a merge point if this angle is inconsistent with the rest of its branch pattern.\n\nConsidering the above analysis, \"Segment ID 864691136845654638\" shows some characteristics consistent with a merge error, based on the angular connection visible in the front view.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon examining the images, we need to look for indications of merge errors, which often include unusual branching patterns or connections, such as axons appearing to double back or form sharp angles atypically.\n\nFor \"Segment ID 864691134989919098\":\n\n- The front, side, and top views show tangled branching with many intersections, which might suggest a merge error.\n- However, the connections mostly extend and branch in a typical axonal manner. I don't see any clear signs of doubling back or sharp ninety-degree connections indicative of a merge error.\n\nFor \"Segment ID 864691136845654638\":\n\n- The views appear to be less complex with more linear extensions, except for one area where there might be a potential issue.\n- In the front view, there seems to be a point where an axon makes a potentially unnatural corner connection. This could indicate a merge point if this angle is inconsistent with the rest of its branch pattern.\n\nConsidering the above analysis, \"Segment ID 864691136845654638\" shows some characteristics consistent with a merge error, based on the angular connection visible in the front view.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136845654638", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + } + ], + "root_id_requires_split":"864691136845654638", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_134_0", + "timestamp":null, + "merge_coords":"758885_850763_951600", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the images presented, I am analyzing the morphology of the neuronal segments for potential merge errors.\n\n1. **Segment ID 864691135801447522:**\n\n - **Front View:** Shows a complex branching structure but does not immediately display any telltale signs of a merge such as sharp angles or doubling back near the center.\n - **Side View:** The branching appears smooth and consistent with a single neuronal pathway without abrupt or unusual angles.\n - **Top View:** Similarly, there are no abrupt ninety-degree turns or doubled-back structures evident.\n\n2. **Segment ID 864691134989919098:**\n\n - **Front View:** Displays relatively straight axonal paths with branching, but no clear ninety-degree angles or evidence of doubling back of axons.\n - **Side View:** The structure continues in a linear manner without signs of merge errors such as convoluted paths or sudden direction changes.\n - **Top View:** Consistent with normal neuronal morphology observed, with no merging characteristics around the center of the images.\n\nBased on the examination of the provided images, neither of the segments shows obvious evidence of merge errors such as axonal branching off that then sharply turns or forms ninety-degree angles with another path, particularly at the center areas which are most relevant.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images presented, I am analyzing the morphology of the neuronal segments for potential merge errors.\n\n1. **Segment ID 864691135801447522:**\n\n - **Front View:** Shows a complex branching structure but does not immediately display any telltale signs of a merge such as sharp angles or doubling back near the center.\n - **Side View:** The branching appears smooth and consistent with a single neuronal pathway without abrupt or unusual angles.\n - **Top View:** Similarly, there are no abrupt ninety-degree turns or doubled-back structures evident.\n\n2. **Segment ID 864691134989919098:**\n\n - **Front View:** Displays relatively straight axonal paths with branching, but no clear ninety-degree angles or evidence of doubling back of axons.\n - **Side View:** The structure continues in a linear manner without signs of merge errors such as convoluted paths or sudden direction changes.\n - **Top View:** Consistent with normal neuronal morphology observed, with no merging characteristics around the center of the images.\n\nBased on the examination of the provided images, neither of the segments shows obvious evidence of merge errors such as axonal branching off that then sharply turns or forms ninety-degree angles with another path, particularly at the center areas which are most relevant.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135801447522", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + } + ], + "root_id_requires_split":"864691135801447522", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_134_1", + "timestamp":null, + "merge_coords":"758885_850763_951600", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691134989919098), the structure appears mostly linear with branching that does not present immediate signs of merging errors. There are no abrupt angles or doubling back of axons that stand out in the images provided.\n\nIn the second set of images (Segment ID 864691135801447522), there is a noticeable area in the center where the structure appears more tangled and irregular. The branches seem to intersect and form complex angles, which could indicate a merge error. These characteristics, such as abrupt angles and overlapping areas in the middle, are consistent with potential merge errors.\n\nTherefore, the second set (Segment ID 864691135801447522) is more likely to exhibit a merge error based on the given characteristics.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691134989919098), the structure appears mostly linear with branching that does not present immediate signs of merging errors. There are no abrupt angles or doubling back of axons that stand out in the images provided.\n\nIn the second set of images (Segment ID 864691135801447522), there is a noticeable area in the center where the structure appears more tangled and irregular. The branches seem to intersect and form complex angles, which could indicate a merge error. These characteristics, such as abrupt angles and overlapping areas in the middle, are consistent with potential merge errors.\n\nTherefore, the second set (Segment ID 864691135801447522) is more likely to exhibit a merge error based on the given characteristics.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135801447522", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + } + ], + "root_id_requires_split":"864691135801447522", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_135_0", + "timestamp":null, + "merge_coords":"758803_850573_951583", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n**Segment 864691136195541974:**\n\n- **Front View:** The structure appears to be complex with branches that twist and interconnect. \n- **Side View:** Displays a stretched appearance but no obvious sharp angles.\n- **Top View:** Shows multiple branches and some sections that overlap, which can be indicative of a merge error.\n\n**Segment 864691134989919098:**\n\n- **Front View:** This segment appears relatively linear and elongated.\n- **Side View:** Reflects a smoother structure with no sharp corners.\n- **Top View:** Appears consistent with a continuous neuron, without dramatic branching or looping back.\n\n**Comparison:**\n\n- The first segment (864691136195541974) has a more complex structure with numerous branches and some overlapping or intertwined sections, which can indicate a merge error often characterized by unnatural branching or looping.\n- The second segment (864691134989919098) seems more linear and less likely to contain a merge error due to its continuous structure without sharp changes in direction.\n\nConsidering the criteria for merge errors (such as unnatural branching or pathways doubling back), the first segment exhibits features more consistent with potential merge errors.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"**Segment 864691136195541974:**\n\n- **Front View:** The structure appears to be complex with branches that twist and interconnect. \n- **Side View:** Displays a stretched appearance but no obvious sharp angles.\n- **Top View:** Shows multiple branches and some sections that overlap, which can be indicative of a merge error.\n\n**Segment 864691134989919098:**\n\n- **Front View:** This segment appears relatively linear and elongated.\n- **Side View:** Reflects a smoother structure with no sharp corners.\n- **Top View:** Appears consistent with a continuous neuron, without dramatic branching or looping back.\n\n**Comparison:**\n\n- The first segment (864691136195541974) has a more complex structure with numerous branches and some overlapping or intertwined sections, which can indicate a merge error often characterized by unnatural branching or looping.\n- The second segment (864691134989919098) seems more linear and less likely to contain a merge error due to its continuous structure without sharp changes in direction.\n\nConsidering the criteria for merge errors (such as unnatural branching or pathways doubling back), the first segment exhibits features more consistent with potential merge errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136195541974", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136195541974", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_135_1", + "timestamp":null, + "merge_coords":"758803_850573_951583", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two sets of 3D segmentations:\n\n1. The first set of images shows a long, narrow structure that appears relatively consistent in its path. There are no obvious signs of merging errors, such as sudden changes in direction or overlapping branches typical of axonal merges.\n\n2. The second set of images shows a more complex structure with numerous branches that appear intertwined. This complexity could potentially mask signs of merge errors, but there is no evident structure in the center that clearly doubles back on itself or forms a sharp angle indicative of inappropriate merging.\n\nGiven that no explicit merge errors, such as branching doubling back or right-angle formations due to merges, are visible in either option, neither set exhibits clear signs of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the two sets of 3D segmentations:\n\n1. The first set of images shows a long, narrow structure that appears relatively consistent in its path. There are no obvious signs of merging errors, such as sudden changes in direction or overlapping branches typical of axonal merges.\n\n2. The second set of images shows a more complex structure with numerous branches that appear intertwined. This complexity could potentially mask signs of merge errors, but there is no evident structure in the center that clearly doubles back on itself or forms a sharp angle indicative of inappropriate merging.\n\nGiven that no explicit merge errors, such as branching doubling back or right-angle formations due to merges, are visible in either option, neither set exhibits clear signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136195541974", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136195541974", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_136_0", + "timestamp":null, + "merge_coords":"741796_902099_1018589", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\n1. **Segment ID 864691135865630334**:\n - **Front View:** The structure appears to be branching naturally, with no immediate signs of abnormal doubling back or abrupt angles characteristic of a merge error.\n - **Side View and Top View:** Both views show a consistent, wavy pattern without any sharp angles or improbable structure that would suggest merging of different neurons.\n\n2. **Segment ID 864691134989919098**:\n - **Front View:** Similar to the first segment, there is a natural flow to the structure and no evident signs of doubling back or ninety-degree angles.\n - **Side View and Top View:** The axonal structure appears continuous and consistent without any notable aberrations.\n\nIn both segments, the axonal structures observed in different views show no clear evidence of the merge errors typically characterized by unnatural doubling back after branching or sharp angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"1. **Segment ID 864691135865630334**:\n - **Front View:** The structure appears to be branching naturally, with no immediate signs of abnormal doubling back or abrupt angles characteristic of a merge error.\n - **Side View and Top View:** Both views show a consistent, wavy pattern without any sharp angles or improbable structure that would suggest merging of different neurons.\n\n2. **Segment ID 864691134989919098**:\n - **Front View:** Similar to the first segment, there is a natural flow to the structure and no evident signs of doubling back or ninety-degree angles.\n - **Side View and Top View:** The axonal structure appears continuous and consistent without any notable aberrations.\n\nIn both segments, the axonal structures observed in different views show no clear evidence of the merge errors typically characterized by unnatural doubling back after branching or sharp angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135865630334", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + } + ], + "root_id_requires_split":"864691135865630334", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_136_1", + "timestamp":null, + "merge_coords":"741796_902099_1018589", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the given segmented images from two different segments, we are looking for signs of merge errors which often manifest as aberrant axonal morphology, such as axons doubling back sharply or forming unusual branch angles after seemingly joining another axon.\n\n1. **Images for Segment ID 864691134989919098:**\n - **Front View:** The axon appears to have a relatively smooth trajectory without noticeable sharp turns, bends, or doubling back.\n - **Side View:** Similar to the front view, the morphology appears consistent and continuous.\n - **Top View:** The trajectory remains steady with no evident aberrations or structural anomalies.\n\n2. **Images for Segment ID 864691135865630334:**\n - **Front View:** There appears to be a complex central region with multiple branches. There are potential points where branches might unnaturally merge or form abnormal angles.\n - **Side View:** The side view shows irregular branching near the center, suggesting potential merging that deviates from expected neuronal paths.\n - **Top View:** The central region reveals more complexity and overlapping that could signify a merge error, particularly noticeable in areas with sharp, unusual angles or increased density.\n\nUpon reviewing the segments, Segment ID 864691135865630334 exhibits potential signs of a merge error with branching patterns and structures suggesting possible axonal aberrations after branching.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the given segmented images from two different segments, we are looking for signs of merge errors which often manifest as aberrant axonal morphology, such as axons doubling back sharply or forming unusual branch angles after seemingly joining another axon.\n\n1. **Images for Segment ID 864691134989919098:**\n - **Front View:** The axon appears to have a relatively smooth trajectory without noticeable sharp turns, bends, or doubling back.\n - **Side View:** Similar to the front view, the morphology appears consistent and continuous.\n - **Top View:** The trajectory remains steady with no evident aberrations or structural anomalies.\n\n2. **Images for Segment ID 864691135865630334:**\n - **Front View:** There appears to be a complex central region with multiple branches. There are potential points where branches might unnaturally merge or form abnormal angles.\n - **Side View:** The side view shows irregular branching near the center, suggesting potential merging that deviates from expected neuronal paths.\n - **Top View:** The central region reveals more complexity and overlapping that could signify a merge error, particularly noticeable in areas with sharp, unusual angles or increased density.\n\nUpon reviewing the segments, Segment ID 864691135865630334 exhibits potential signs of a merge error with branching patterns and structures suggesting possible axonal aberrations after branching.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135865630334", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + } + ], + "root_id_requires_split":"864691135865630334", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_137_0", + "timestamp":null, + "merge_coords":"769686_995452_949882", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are examining two different segments for potential merge errors, characterized by unnatural axonal structures such as doubling back or sharp angles.\n\n**Segment ID 864691135698867477:**\n- The front view shows a complex branching pattern.\n- The side view reveals some potential curvature, but no apparent sharp angles or unnatural structures.\n- The top view maintains continuity without evident doubling back.\n\nNo significant features suggest a merge error in this segment.\n\n**Segment ID 864691134989919098:**\n- The front view shows multiple branches with some potential irregularity.\n- The side view highlights a sharp curvature with possible unnatural angles.\n- The top view indicates a branching pattern that could imply merging, specifically with one branch potentially at an awkward angle.\n\nThis segment's structure, especially in the side and top views, indicates a possible merge error due to the irregularities and sharp angles seen, which may be consistent with inappropriately grouped processes.\n\nConsidering the above observations, Segment ID 864691134989919098 is the more probable candidate with evident merge errors.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the provided images, we are examining two different segments for potential merge errors, characterized by unnatural axonal structures such as doubling back or sharp angles.\n\n**Segment ID 864691135698867477:**\n- The front view shows a complex branching pattern.\n- The side view reveals some potential curvature, but no apparent sharp angles or unnatural structures.\n- The top view maintains continuity without evident doubling back.\n\nNo significant features suggest a merge error in this segment.\n\n**Segment ID 864691134989919098:**\n- The front view shows multiple branches with some potential irregularity.\n- The side view highlights a sharp curvature with possible unnatural angles.\n- The top view indicates a branching pattern that could imply merging, specifically with one branch potentially at an awkward angle.\n\nThis segment's structure, especially in the side and top views, indicates a possible merge error due to the irregularities and sharp angles seen, which may be consistent with inappropriately grouped processes.\n\nConsidering the above observations, Segment ID 864691134989919098 is the more probable candidate with evident merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135698867477", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + } + ], + "root_id_requires_split":"864691135698867477", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_137_1", + "timestamp":null, + "merge_coords":"769686_995452_949882", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nWhen analyzing the two segments for merge errors, we look for signs of unnatural axonal behavior such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691134989919098:**\n - Front View: There are multiple branches visible, but they appear to follow a consistent directional flow without intersecting each other at sharp angles.\n - Side View: The axonal paths appear smooth without any abrupt turns or doubling back.\n - Top View: The branches maintain a natural trajectory without evidence of unusual connections.\n\n2. **Segment ID 864691135698867477:**\n - Front View: There is a distinct section where the strands converge and one appears to loop back or join at a sharp angle. This is indicative of a possible merge error.\n - Side View: The branches show a convergence and splitting pattern that is abrupt and asymmetric suggesting a merge.\n - Top View: The convergence and sharp angles near the center further validate the potential for an inappropriate merge.\n\nBased on the visible patterns, Segment ID 864691135698867477 shows more characteristics of a merge error, particularly with the convergence and sharp angles observed near its center.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"When analyzing the two segments for merge errors, we look for signs of unnatural axonal behavior such as doubling back or forming sharp angles.\n\n1. **Segment ID 864691134989919098:**\n - Front View: There are multiple branches visible, but they appear to follow a consistent directional flow without intersecting each other at sharp angles.\n - Side View: The axonal paths appear smooth without any abrupt turns or doubling back.\n - Top View: The branches maintain a natural trajectory without evidence of unusual connections.\n\n2. **Segment ID 864691135698867477:**\n - Front View: There is a distinct section where the strands converge and one appears to loop back or join at a sharp angle. This is indicative of a possible merge error.\n - Side View: The branches show a convergence and splitting pattern that is abrupt and asymmetric suggesting a merge.\n - Top View: The convergence and sharp angles near the center further validate the potential for an inappropriate merge.\n\nBased on the visible patterns, Segment ID 864691135698867477 shows more characteristics of a merge error, particularly with the convergence and sharp angles observed near its center.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135698867477", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + } + ], + "root_id_requires_split":"864691135698867477", + "root_id_does_not_require_split":"864691134989919098" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_138_0", + "timestamp":null, + "merge_coords":"1165447_855946_1058624", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the first set of images (Segment ID 864691136689941084), the neuron appears to have a relatively consistent morphology across the views, with no obvious signs of a merge error like abrupt changes in direction or unnatural bends.\n\nIn the second set of images (Segment ID 864691136089194039), there is evidence of unusual branching behavior. Notably, from the side view, there is a noticeable sharp bend or change in direction, which might indicate a merge. This could be a possible merge error where axons from two different neurons are incorrectly segmented together, creating the appearance of a dramatic angle.\n\nWhile the first set seems consistent and typical, the second set shows potential signs of a merge error due to the irregular distortion in the structure.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691136689941084), the neuron appears to have a relatively consistent morphology across the views, with no obvious signs of a merge error like abrupt changes in direction or unnatural bends.\n\nIn the second set of images (Segment ID 864691136089194039), there is evidence of unusual branching behavior. Notably, from the side view, there is a noticeable sharp bend or change in direction, which might indicate a merge. This could be a possible merge error where axons from two different neurons are incorrectly segmented together, creating the appearance of a dramatic angle.\n\nWhile the first set seems consistent and typical, the second set shows potential signs of a merge error due to the irregular distortion in the structure.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136689941084", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + } + ], + "root_id_requires_split":"864691136689941084", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_138_1", + "timestamp":null, + "merge_coords":"1165447_855946_1058624", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691136089194039:\n\n- Front, side, and top views show a long and relatively smooth trajectory.\n- There are no apparent sudden directional changes or sharp angles in the axonal pathways seen in the images.\n- The paths appear consistent with normal neuron segmentation.\n\nSegment ID 864691136689941084:\n\n- Front, side, and top views show a more complex structure with some branching.\n- Potential deviation appears near the center of the images.\n- There seems to be a convergence of paths that could suggest a merge error, possibly indicated by angular paths around the center.\n\nBased on these observations, Segment ID 864691136689941084 seems to exhibit characteristics pointing to a possible merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691136089194039:\n\n- Front, side, and top views show a long and relatively smooth trajectory.\n- There are no apparent sudden directional changes or sharp angles in the axonal pathways seen in the images.\n- The paths appear consistent with normal neuron segmentation.\n\nSegment ID 864691136689941084:\n\n- Front, side, and top views show a more complex structure with some branching.\n- Potential deviation appears near the center of the images.\n- There seems to be a convergence of paths that could suggest a merge error, possibly indicated by angular paths around the center.\n\nBased on these observations, Segment ID 864691136689941084 seems to exhibit characteristics pointing to a possible merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136689941084", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + } + ], + "root_id_requires_split":"864691136689941084", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_139_0", + "timestamp":null, + "merge_coords":"1260567_697830_646243", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nLet's analyze the two sets of segmented images:\n\n**Segment ID 864691136388325751:**\n\n- **Front View:** Displays a predominantly linear trajectory with minimal branching. There are no apparent anomalies such as doubling back or abrupt angles.\n- **Side View:** Consistent linearity continues, without signs of erratic branching.\n- **Top View:** Similar to other views, showcases a relatively straightforward structure.\n\n**Segment ID 864691136089194039:**\n\n- **Front View:** This view shows multiple branches and intricate patterns. Some branches appear to intersect or run parallel, which could be indicative of a merge error.\n- **Side View:** Displays branches with more apparent 3D interaction, potentially indicating connections between separate neuronal segments.\n- **Top View:** Reinforces the observations in the front and side views; the complex meshwork is more apparent.\n\nThe second segment exhibits characteristics often associated with merge errors, such as dense branching and potential intersections at unusual angles that are atypical of normal neuronal behavior.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Let's analyze the two sets of segmented images:\n\n**Segment ID 864691136388325751:**\n\n- **Front View:** Displays a predominantly linear trajectory with minimal branching. There are no apparent anomalies such as doubling back or abrupt angles.\n- **Side View:** Consistent linearity continues, without signs of erratic branching.\n- **Top View:** Similar to other views, showcases a relatively straightforward structure.\n\n**Segment ID 864691136089194039:**\n\n- **Front View:** This view shows multiple branches and intricate patterns. Some branches appear to intersect or run parallel, which could be indicative of a merge error.\n- **Side View:** Displays branches with more apparent 3D interaction, potentially indicating connections between separate neuronal segments.\n- **Top View:** Reinforces the observations in the front and side views; the complex meshwork is more apparent.\n\nThe second segment exhibits characteristics often associated with merge errors, such as dense branching and potential intersections at unusual angles that are atypical of normal neuronal behavior.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136388325751", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + } + ], + "root_id_requires_split":"864691136388325751", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_139_1", + "timestamp":null, + "merge_coords":"1260567_697830_646243", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon reviewing the provided images:\n\n1. **Segment ID 864691136089194039:**\n\n - In the front, side, and top views, the structures appear as continuous branching patterns without abrupt angle changes or doubling back. The axonal projections seem to follow a consistent, natural path without indicative merge artifacts.\n\n2. **Segment ID 864691136388325751:**\n\n - The images display a linear and continuous structure. There is no evident angular or directional change suggesting a merge. The branches look more linear and lack the irregularities typically associated with merges such as a ninety-degree turn or folding back.\n\nIn conclusion, neither of the segments showcases characteristics commonly associated with merge errors such as branches unexpectedly joining at sharp angles or doubling back.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon reviewing the provided images:\n\n1. **Segment ID 864691136089194039:**\n\n - In the front, side, and top views, the structures appear as continuous branching patterns without abrupt angle changes or doubling back. The axonal projections seem to follow a consistent, natural path without indicative merge artifacts.\n\n2. **Segment ID 864691136388325751:**\n\n - The images display a linear and continuous structure. There is no evident angular or directional change suggesting a merge. The branches look more linear and lack the irregularities typically associated with merges such as a ninety-degree turn or folding back.\n\nIn conclusion, neither of the segments showcases characteristics commonly associated with merge errors such as branches unexpectedly joining at sharp angles or doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136388325751", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + } + ], + "root_id_requires_split":"864691136388325751", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_140_0", + "timestamp":null, + "merge_coords":"1095038_724570_747946", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn examining both segments for potential merge errors, the following observations are made:\n\n1. Segment ID 864691136906953070:\n - The front view shows a continuous structure without any obvious signs of merging or sharp angles.\n - The side view does not display any doubling back or sudden changes in direction.\n - The top view maintains a natural curvature and lacks sharp angles or abrupt direction changes. \n\n2. Segment ID 864691136089194039:\n - The front view shows some fragmentation, but no clear evidence of merging or sharp bends.\n - The side view continues the pattern seen in the front view without unexpected structural changes.\n - The top view suggests continuity without sudden angle deviations typically indicative of merges.\n\nBoth segments do not display characteristics typically associated with merge errors, such as abrupt ninety-degree angle formations or overlapping structures that suggest doubling back.\n\nTherefore, neither segment shows evidence of merge errors based on the criteria provided. \n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining both segments for potential merge errors, the following observations are made:\n\n1. Segment ID 864691136906953070:\n - The front view shows a continuous structure without any obvious signs of merging or sharp angles.\n - The side view does not display any doubling back or sudden changes in direction.\n - The top view maintains a natural curvature and lacks sharp angles or abrupt direction changes. \n\n2. Segment ID 864691136089194039:\n - The front view shows some fragmentation, but no clear evidence of merging or sharp bends.\n - The side view continues the pattern seen in the front view without unexpected structural changes.\n - The top view suggests continuity without sudden angle deviations typically indicative of merges.\n\nBoth segments do not display characteristics typically associated with merge errors, such as abrupt ninety-degree angle formations or overlapping structures that suggest doubling back.\n\nTherefore, neither segment shows evidence of merge errors based on the criteria provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136906953070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136906953070", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_140_1", + "timestamp":null, + "merge_coords":"1095038_724570_747946", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nSegment ID 864691136089194039:\n\n- Front View: The segment appears to be long and linear without abrupt turns or angles.\n- Side View: Maintains a consistent direction; no signs of doubling back or sharp angles.\n- Top View: Displays a generally linear trajectory with no indications of structural abnormalities.\n\nSegment ID 864691136906953070:\n\n- Front View: Noticeable bending or bulging to one side.\n- Side View: Presence of a sharp turn, potentially resembling a merge error such as a ninety-degree angle.\n- Top View: Shows a structural curve that may indicate an improper connection between separate axonal segments.\n\nThe second segment (864691136906953070) shows potential signs of a merge error due to its apparent angular structure and possible doubling back, which aligns with typical characteristics of merge errors in connectomics data.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Segment ID 864691136089194039:\n\n- Front View: The segment appears to be long and linear without abrupt turns or angles.\n- Side View: Maintains a consistent direction; no signs of doubling back or sharp angles.\n- Top View: Displays a generally linear trajectory with no indications of structural abnormalities.\n\nSegment ID 864691136906953070:\n\n- Front View: Noticeable bending or bulging to one side.\n- Side View: Presence of a sharp turn, potentially resembling a merge error such as a ninety-degree angle.\n- Top View: Shows a structural curve that may indicate an improper connection between separate axonal segments.\n\nThe second segment (864691136906953070) shows potential signs of a merge error due to its apparent angular structure and possible doubling back, which aligns with typical characteristics of merge errors in connectomics data.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136906953070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691136906953070", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_141_0", + "timestamp":null, + "merge_coords":"557858_717692_804062", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the presented images, we need to look for characteristics of axonal merge errors such as anomalous branching patterns, unrealistic ninety-degree turns, or axons doubling back after branching.\n\n1. **First Set of Images (Segment ID 864691136194154966):**\n - **Front View:** The axon structure appears complex with multiple branches, but no evident doubling back or unnatural sharp turns are readily noticeable.\n - **Side View:** The branches extend outward without clear signs of atypical connections.\n - **Top View:** The branches radiate outward in a pattern that seems consistent with neuronal structure without clear signs of merging.\n\n2. **Second Set of Images (Segment ID 864691136089194039):**\n - **Front View:** The axonal structure appears linear and lacks substantial branching, indicating a more singular pathway.\n - **Side View:** The axon follows a relatively straight and smooth path without abrupt angles or irregularities.\n - **Top View:** Similar to the above, maintaining linear progression without evidence of merging behaviors.\n\nBased on the available views, neither set exhibits the typical signs of merge errors such as doubling back or ninety-degree angle formations. \n\nTherefore, from the analysis, there is no evident merge error in either option.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the presented images, we need to look for characteristics of axonal merge errors such as anomalous branching patterns, unrealistic ninety-degree turns, or axons doubling back after branching.\n\n1. **First Set of Images (Segment ID 864691136194154966):**\n - **Front View:** The axon structure appears complex with multiple branches, but no evident doubling back or unnatural sharp turns are readily noticeable.\n - **Side View:** The branches extend outward without clear signs of atypical connections.\n - **Top View:** The branches radiate outward in a pattern that seems consistent with neuronal structure without clear signs of merging.\n\n2. **Second Set of Images (Segment ID 864691136089194039):**\n - **Front View:** The axonal structure appears linear and lacks substantial branching, indicating a more singular pathway.\n - **Side View:** The axon follows a relatively straight and smooth path without abrupt angles or irregularities.\n - **Top View:** Similar to the above, maintaining linear progression without evidence of merging behaviors.\n\nBased on the available views, neither set exhibits the typical signs of merge errors such as doubling back or ninety-degree angle formations. \n\nTherefore, from the analysis, there is no evident merge error in either option.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194154966", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + } + ], + "root_id_requires_split":"864691136194154966", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_141_1", + "timestamp":null, + "merge_coords":"557858_717692_804062", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images, here are the observations:\n\n1. **Segment ID 864691136089194039**:\n - The structure seems to consist of a single, elongated process with no evident complex branching or branching abnormalities visible in any of the views. There are no signs of merging, as the axon appears to proceed in a generally consistent direction without doubling back or making sharp angles.\n\n2. **Segment ID 864691136194154966**:\n - This structure exhibits a more complex branching pattern typical of neuronal dendrites. There is a visible network of branches extending in multiple directions. However, there are no obvious signs of merging errors, like axons doubling back or forming abrupt angles, evident around the center of the views. The branching appears consistent and natural.\n\nBased on the given criteria for identifying merge errors, neither structure exhibits signs of inappropriate merging of different neuronal processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images, here are the observations:\n\n1. **Segment ID 864691136089194039**:\n - The structure seems to consist of a single, elongated process with no evident complex branching or branching abnormalities visible in any of the views. There are no signs of merging, as the axon appears to proceed in a generally consistent direction without doubling back or making sharp angles.\n\n2. **Segment ID 864691136194154966**:\n - This structure exhibits a more complex branching pattern typical of neuronal dendrites. There is a visible network of branches extending in multiple directions. However, there are no obvious signs of merging errors, like axons doubling back or forming abrupt angles, evident around the center of the views. The branching appears consistent and natural.\n\nBased on the given criteria for identifying merge errors, neither structure exhibits signs of inappropriate merging of different neuronal processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136194154966", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + } + ], + "root_id_requires_split":"864691136194154966", + "root_id_does_not_require_split":"864691136089194039" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_142_0", + "timestamp":null, + "merge_coords":"773243_817704_759618", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the two segmentations:\n\n1. **Segment ID 864691134811491738:**\n - **Front View:** Displays a dense region with some complexity, but no obvious signs of structural aberrations like doubling back or sharp angles indicative of a merge error.\n - **Side View:** Maintains a somewhat uniform structure without abrupt changes or overlaps that would suggest merging.\n - **Top View:** Continues to show a consistent shape without irregular angles or unexpected branching.\n\n2. **Segment ID 864691135738047620:**\n - **Front View:** Displays a long and somewhat linear segment with no immediate signs of errors.\n - **Side View:** Seems to depict a near-straight line, but one region appears to have an unusual angle. There is a visible portion that creates a sharp bend, which could indicate a possible merge error.\n - **Top View:** Shows a bend but not enough detail to confidently identify a merge error based solely on this view.\n\nThe more prominent aberration in the neuronal structure is seen in the second segment, where there's a possible right-angle configuration in the axonal structure. This is a common sign of a merge error.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In analyzing the two segmentations:\n\n1. **Segment ID 864691134811491738:**\n - **Front View:** Displays a dense region with some complexity, but no obvious signs of structural aberrations like doubling back or sharp angles indicative of a merge error.\n - **Side View:** Maintains a somewhat uniform structure without abrupt changes or overlaps that would suggest merging.\n - **Top View:** Continues to show a consistent shape without irregular angles or unexpected branching.\n\n2. **Segment ID 864691135738047620:**\n - **Front View:** Displays a long and somewhat linear segment with no immediate signs of errors.\n - **Side View:** Seems to depict a near-straight line, but one region appears to have an unusual angle. There is a visible portion that creates a sharp bend, which could indicate a possible merge error.\n - **Top View:** Shows a bend but not enough detail to confidently identify a merge error based solely on this view.\n\nThe more prominent aberration in the neuronal structure is seen in the second segment, where there's a possible right-angle configuration in the axonal structure. This is a common sign of a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134811491738", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + } + ], + "root_id_requires_split":"864691134811491738", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_142_1", + "timestamp":null, + "merge_coords":"773243_817704_759618", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the two segments, we need to identify any signs of merge errors, which may be suggestive of inappropriate junctions between processes from distinct neurons, such as unusual angles or doubling back.\n\n1. **Segment ID 864691135738047620:**\n - The front, side, and top views show a long, thin axonal structure that appears consistent throughout without erratic changes in direction or unusual junctions. The structure appears more linear and lacks indications of doubling back or forming sharp angles.\n\n2. **Segment ID 864691134811491738:**\n - The front, side, and top views display a more complex structure with variations in thickness. There appear to be some branches, and upon close inspection, there is a noticeable crossing in the top view with sharp angles. Such features could indicate potential merge errors, as they do not follow the typical morphology expected in a single axonal structure. The thicker mass and branching-off sections towards the center might indicate a merge.\n\nGiven the observed features in segment 2, especially the sharp angles and complex branchings, it is more likely to have a merge error.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In examining the two segments, we need to identify any signs of merge errors, which may be suggestive of inappropriate junctions between processes from distinct neurons, such as unusual angles or doubling back.\n\n1. **Segment ID 864691135738047620:**\n - The front, side, and top views show a long, thin axonal structure that appears consistent throughout without erratic changes in direction or unusual junctions. The structure appears more linear and lacks indications of doubling back or forming sharp angles.\n\n2. **Segment ID 864691134811491738:**\n - The front, side, and top views display a more complex structure with variations in thickness. There appear to be some branches, and upon close inspection, there is a noticeable crossing in the top view with sharp angles. Such features could indicate potential merge errors, as they do not follow the typical morphology expected in a single axonal structure. The thicker mass and branching-off sections towards the center might indicate a merge.\n\nGiven the observed features in segment 2, especially the sharp angles and complex branchings, it is more likely to have a merge error.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134811491738", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + } + ], + "root_id_requires_split":"864691134811491738", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_143_0", + "timestamp":null, + "merge_coords":"736942_411642_721602", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, we are looking for potential merge errors in neuronal segments. Here is the analysis for each option:\n\n**Segment ID 864691135279475873:**\n- **Front View:** The segment appears to extend predominantly in a horizontal fashion without obvious abrupt changes in direction.\n- **Side View:** The segment shows a branching point, but there is no noticeable doubling back or sharp angles typical of merge errors.\n- **Top View:** The overall structure seems consistent, with no major deviations indicative of merge errors.\n\n**Segment ID 864691135738047620:**\n- **Front View:** The segment presents a bulbous region on one side with a longer extension on the other. The structure might suggest two distinct parts joined together.\n- **Side View:** The branching or curvature appears more pronounced, with a potential alignment issue suggesting a merge.\n- **Top View:** This view shows a discrepancy in the uniformity of the structure, hinting at an unnatural join, potentially a ninety-degree angle or a doubling back pattern.\n\nThe second segment (ID 864691135738047620) displays characteristics like a bulbous junction and potential unnatural joins in its side and top views, which are typical of merge errors.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the images provided, we are looking for potential merge errors in neuronal segments. Here is the analysis for each option:\n\n**Segment ID 864691135279475873:**\n- **Front View:** The segment appears to extend predominantly in a horizontal fashion without obvious abrupt changes in direction.\n- **Side View:** The segment shows a branching point, but there is no noticeable doubling back or sharp angles typical of merge errors.\n- **Top View:** The overall structure seems consistent, with no major deviations indicative of merge errors.\n\n**Segment ID 864691135738047620:**\n- **Front View:** The segment presents a bulbous region on one side with a longer extension on the other. The structure might suggest two distinct parts joined together.\n- **Side View:** The branching or curvature appears more pronounced, with a potential alignment issue suggesting a merge.\n- **Top View:** This view shows a discrepancy in the uniformity of the structure, hinting at an unnatural join, potentially a ninety-degree angle or a doubling back pattern.\n\nThe second segment (ID 864691135738047620) displays characteristics like a bulbous junction and potential unnatural joins in its side and top views, which are typical of merge errors.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135279475873", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135279475873", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_143_1", + "timestamp":null, + "merge_coords":"736942_411642_721602", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn the first set of images (Segment ID 864691135738047620), the structure appears to first have a mass on one end and then extends into a single elongated process. There doesn't seem to be any noticeable branching back or sharp angles that would typically indicate a merge error in axonal structures.\n\nIn the second set of images (Segment ID 864691135279475873), the structure similarly extends with a single elongated process; however, there is a visible branching near the center that creates a noticeable angle, suggesting a possible merge. This matches characteristics of potential merge errors, like the process forming a sharp angle as it might have been incorrectly joined with another segment.\n\nThe images from the second set display characteristics more consistent with a merge error, particularly from the front and side views where the branching structure is evident.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"In the first set of images (Segment ID 864691135738047620), the structure appears to first have a mass on one end and then extends into a single elongated process. There doesn't seem to be any noticeable branching back or sharp angles that would typically indicate a merge error in axonal structures.\n\nIn the second set of images (Segment ID 864691135279475873), the structure similarly extends with a single elongated process; however, there is a visible branching near the center that creates a noticeable angle, suggesting a possible merge. This matches characteristics of potential merge errors, like the process forming a sharp angle as it might have been incorrectly joined with another segment.\n\nThe images from the second set display characteristics more consistent with a merge error, particularly from the front and side views where the branching structure is evident.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135279475873", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691135279475873", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_144_0", + "timestamp":null, + "merge_coords":"943456_384279_1091727", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the images for possible merge errors involves looking for aberrant axonal structures such as axons doubling back or sharp angles where branches meet.\n\n1. **Segment ID 864691136101122421:**\n - **Front View:** The axon appears linear without any noticeable sharp turns or doubling back.\n - **Side View:** The axons show branching but maintain a consistent direction with no abrupt sharp angles or retrograde movement.\n - **Top View:** Again, the branching seems normal, with no signs of merge errors like loops or doubling back.\n\n2. **Segment ID 864691135738047620:**\n - **Front View:** A branch appears near the center of the segment. The structure maintains a forward trajectory without obvious signs of error.\n - **Side View:** The axon and branches do not form unnatural angles. \n - **Top View:** The presentation remains consistent, with no evidence of the axon turning back on itself or making sharp directional changes.\n\nBased on the examination, neither segment displays evident signs of merge errors as typically characterized by inappropriate structural formations.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Analyzing the images for possible merge errors involves looking for aberrant axonal structures such as axons doubling back or sharp angles where branches meet.\n\n1. **Segment ID 864691136101122421:**\n - **Front View:** The axon appears linear without any noticeable sharp turns or doubling back.\n - **Side View:** The axons show branching but maintain a consistent direction with no abrupt sharp angles or retrograde movement.\n - **Top View:** Again, the branching seems normal, with no signs of merge errors like loops or doubling back.\n\n2. **Segment ID 864691135738047620:**\n - **Front View:** A branch appears near the center of the segment. The structure maintains a forward trajectory without obvious signs of error.\n - **Side View:** The axon and branches do not form unnatural angles. \n - **Top View:** The presentation remains consistent, with no evidence of the axon turning back on itself or making sharp directional changes.\n\nBased on the examination, neither segment displays evident signs of merge errors as typically characterized by inappropriate structural formations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101122421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + } + ], + "root_id_requires_split":"864691136101122421", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_144_1", + "timestamp":null, + "merge_coords":"943456_384279_1091727", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the images, let's look for characteristics of merge errors:\n\n1. **Segment ID 864691135738047620:**\n - Front view shows branching, but the axonal paths appear smooth without sharp angles or doubling.\n - Side and top views do not show abnormal structures or abrupt changes in axonal direction.\n\n2. **Segment ID 864691136101122421:**\n - Front view reveals a potential abnormal branching point near the center.\n - Side view shows a structure that seems to intersect at near ninety degrees, suggesting an unusual morphology.\n - Top view confirms the intersection point, which could indicate a merge error as the axon angles sharply.\n\nBased on these observations, Segment ID 864691136101122421 exhibits characteristics consistent with a potential merge error, as there's a noticeable intersection and sharp angling of the axon in the center of the volume.\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Upon analyzing the images, let's look for characteristics of merge errors:\n\n1. **Segment ID 864691135738047620:**\n - Front view shows branching, but the axonal paths appear smooth without sharp angles or doubling.\n - Side and top views do not show abnormal structures or abrupt changes in axonal direction.\n\n2. **Segment ID 864691136101122421:**\n - Front view reveals a potential abnormal branching point near the center.\n - Side view shows a structure that seems to intersect at near ninety degrees, suggesting an unusual morphology.\n - Top view confirms the intersection point, which could indicate a merge error as the axon angles sharply.\n\nBased on these observations, Segment ID 864691136101122421 exhibits characteristics consistent with a potential merge error, as there's a noticeable intersection and sharp angling of the axon in the center of the volume.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691136101122421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + } + ], + "root_id_requires_split":"864691136101122421", + "root_id_does_not_require_split":"864691135738047620" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_145_0", + "timestamp":null, + "merge_coords":"1287337_542419_658861", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the given neuronal segments, I am looking for characteristics that indicate a potential merge error. Merge errors may manifest as unusual structural features such as axons doubling back on themselves or forming sharp angles that suggest an inappropriate grouping of neurites from different neurons.\n\nSegment ID 864691135359032920:\n- Front view: There is a complex branching pattern but no evident signs of doubling back or sharp, unusual angles.\n- Side view: Similar branching complexity but no obvious abrupt right angles or doubling back.\n- Top view: The pattern remains consistent with typical branching for a single neuron.\n\nSegment ID 864691136176327430:\n- Front view: Displays a regular branching pattern, consistent without aberrant changes in direction.\n- Side view: No sharp angles or doubling back appear; the branches have a natural trajectory.\n- Top view: The segment follows a consistent pattern without unusual twists or angles.\n\nBoth segments appear to have normal branching patterns commonly observed in neuronal axonal trees, and there are no clear markers of merge errors such as unusual backward paths or abrupt directional changes.\n\nTaking these observations into account, neither segment provides strong evidence of a merge error based on the current analysis criteria.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the given neuronal segments, I am looking for characteristics that indicate a potential merge error. Merge errors may manifest as unusual structural features such as axons doubling back on themselves or forming sharp angles that suggest an inappropriate grouping of neurites from different neurons.\n\nSegment ID 864691135359032920:\n- Front view: There is a complex branching pattern but no evident signs of doubling back or sharp, unusual angles.\n- Side view: Similar branching complexity but no obvious abrupt right angles or doubling back.\n- Top view: The pattern remains consistent with typical branching for a single neuron.\n\nSegment ID 864691136176327430:\n- Front view: Displays a regular branching pattern, consistent without aberrant changes in direction.\n- Side view: No sharp angles or doubling back appear; the branches have a natural trajectory.\n- Top view: The segment follows a consistent pattern without unusual twists or angles.\n\nBoth segments appear to have normal branching patterns commonly observed in neuronal axonal trees, and there are no clear markers of merge errors such as unusual backward paths or abrupt directional changes.\n\nTaking these observations into account, neither segment provides strong evidence of a merge error based on the current analysis criteria.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135359032920", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + } + ], + "root_id_requires_split":"864691135359032920", + "root_id_does_not_require_split":"864691136176327430" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_145_1", + "timestamp":null, + "merge_coords":"1287337_542419_658861", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the 3D segmentation of neuronal data from both examples, we look for signs of merge errors characterized by unusual or unexpected structures in the axons, such as doubling back or sharp angles.\n\n**Segment ID 864691136176327430:**\n- **Front View:** The axon branches appear to follow expected paths without noticeable irregularities.\n- **Side View:** The extensions are linear and do not display anomalous angles or loops that suggest merging.\n- **Top View:** The branching follows a consistent pattern, with no clear indication of merges.\n\n**Segment ID 864691135359032920:**\n- **Front View:** The axon in the central region seems to have a complex branching structure, but it is consistent with neuronal morphology.\n- **Side View:** There is an area where an axonal branch forms a sharp angle, raising suspicion of a possible merge error.\n- **Top View:** A similar angle is visible, adding to the likelihood of an improper merge.\n\nThe central region in Segment ID 864691135359032920, especially from the side and top views, suggests a likely merge error due to the sharp angle in axonal branching.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Examining the 3D segmentation of neuronal data from both examples, we look for signs of merge errors characterized by unusual or unexpected structures in the axons, such as doubling back or sharp angles.\n\n**Segment ID 864691136176327430:**\n- **Front View:** The axon branches appear to follow expected paths without noticeable irregularities.\n- **Side View:** The extensions are linear and do not display anomalous angles or loops that suggest merging.\n- **Top View:** The branching follows a consistent pattern, with no clear indication of merges.\n\n**Segment ID 864691135359032920:**\n- **Front View:** The axon in the central region seems to have a complex branching structure, but it is consistent with neuronal morphology.\n- **Side View:** There is an area where an axonal branch forms a sharp angle, raising suspicion of a possible merge error.\n- **Top View:** A similar angle is visible, adding to the likelihood of an improper merge.\n\nThe central region in Segment ID 864691135359032920, especially from the side and top views, suggests a likely merge error due to the sharp angle in axonal branching.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135359032920", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + } + ], + "root_id_requires_split":"864691135359032920", + "root_id_does_not_require_split":"864691136176327430" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_146_0", + "timestamp":null, + "merge_coords":"459378_715512_1030449", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided depict 3D segments from neuronal morphology data. We are tasked with identifying any evident axonal merge errors, which typically present peculiar structural anomalies such as axons doubling back after branching or forming unnatural right angles.\n\n### Segment Analysis:\n1. **Segment ID 864691135348486359**:\n - **Front View**: Shows a long, continuous structure with some branching.\n - **Side View**: Appears linear and aligned without noticeable doubling back or unnatural angles.\n - **Top View**: Displays a generally straight trajectory.\n\n2. **Segment ID 864691136176327430**:\n - **Front View**: Similar appearance to the first segment, shows a continuous structure.\n - **Side View**: Again, linear with no apparent irregularities.\n - **Top View**: Remains consistent with the characteristics of a single axonal path.\n\nBoth sets of images depict segments that appear linear and organized along a single main trajectory without abnormalities such as doubling back or sharp angles indicative of merge errors. \n\nThus, neither option presents any significant signs of a merge error, as both exhibit typical axonal morphology without the specified structural anomalies.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided depict 3D segments from neuronal morphology data. We are tasked with identifying any evident axonal merge errors, which typically present peculiar structural anomalies such as axons doubling back after branching or forming unnatural right angles.\n\n### Segment Analysis:\n1. **Segment ID 864691135348486359**:\n - **Front View**: Shows a long, continuous structure with some branching.\n - **Side View**: Appears linear and aligned without noticeable doubling back or unnatural angles.\n - **Top View**: Displays a generally straight trajectory.\n\n2. **Segment ID 864691136176327430**:\n - **Front View**: Similar appearance to the first segment, shows a continuous structure.\n - **Side View**: Again, linear with no apparent irregularities.\n - **Top View**: Remains consistent with the characteristics of a single axonal path.\n\nBoth sets of images depict segments that appear linear and organized along a single main trajectory without abnormalities such as doubling back or sharp angles indicative of merge errors. \n\nThus, neither option presents any significant signs of a merge error, as both exhibit typical axonal morphology without the specified structural anomalies.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135348486359", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + } + ], + "root_id_requires_split":"864691135348486359", + "root_id_does_not_require_split":"864691136176327430" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_146_1", + "timestamp":null, + "merge_coords":"459378_715512_1030449", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nBoth segmentations show a portion of 3D neuronal data. I will assess each to determine if there are any merge errors, which manifest as unusual morphological characteristics such as doubling back or sharp angles.\n\n1. **Segment ID 864691136176327430:**\n\n - Front View: The structure seems mostly linear with no noticeable turns or sharp angles indicative of merge errors.\n - Side View: The axon maintains a consistent direction without abrupt changes.\n - Top View: The path appears continuous and without irregularities that suggest a merge error.\n\n2. **Segment ID 864691135348486359:**\n\n - Front View: Similar to the first segment, it shows no signs of dramatic bends or forks that would suggest a merge.\n - Side View: The path is smooth and there are no angles or doubling back.\n - Top View: Continuous, aligned structure without aberrations.\n\nGiven the analysis of the views provided, neither segment appears to exhibit characteristics of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Both segmentations show a portion of 3D neuronal data. I will assess each to determine if there are any merge errors, which manifest as unusual morphological characteristics such as doubling back or sharp angles.\n\n1. **Segment ID 864691136176327430:**\n\n - Front View: The structure seems mostly linear with no noticeable turns or sharp angles indicative of merge errors.\n - Side View: The axon maintains a consistent direction without abrupt changes.\n - Top View: The path appears continuous and without irregularities that suggest a merge error.\n\n2. **Segment ID 864691135348486359:**\n\n - Front View: Similar to the first segment, it shows no signs of dramatic bends or forks that would suggest a merge.\n - Side View: The path is smooth and there are no angles or doubling back.\n - Top View: Continuous, aligned structure without aberrations.\n\nGiven the analysis of the views provided, neither segment appears to exhibit characteristics of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691135348486359", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + } + ], + "root_id_requires_split":"864691135348486359", + "root_id_does_not_require_split":"864691136176327430" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_147_0", + "timestamp":null, + "merge_coords":"601209_841862_990028", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\n\nBoth sets of images provide different views of two segments to analyze for potential merge errors, such as axons doubling back or forming sharp angles.\n\n1. **Segment ID 864691134405775890:**\n - Front view doesn't clearly show looping or sharp angles.\n - Side view also appears relatively smooth without evident aberrations.\n - Top view doesn't reveal concerning structures like loop-backs or sharp deviations.\n\n2. **Segment ID 864691136176327430:**\n - The front view shows an unusual angle or bend that might suggest merging of different axons.\n - The side view also seems to show a structure that bends sharply, indicating a potential merge error.\n - The top view supports this observation with a potentially doubling back structure.\n\nBased on these examination criteria, the second set of images (Segment ID 864691136176327430) provides clearer indications of potential neuronal merge errors, such as sharp deviations or possible loop-backs.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"Both sets of images provide different views of two segments to analyze for potential merge errors, such as axons doubling back or forming sharp angles.\n\n1. **Segment ID 864691134405775890:**\n - Front view doesn't clearly show looping or sharp angles.\n - Side view also appears relatively smooth without evident aberrations.\n - Top view doesn't reveal concerning structures like loop-backs or sharp deviations.\n\n2. **Segment ID 864691136176327430:**\n - The front view shows an unusual angle or bend that might suggest merging of different axons.\n - The side view also seems to show a structure that bends sharply, indicating a potential merge error.\n - The top view supports this observation with a potentially doubling back structure.\n\nBased on these examination criteria, the second set of images (Segment ID 864691136176327430) provides clearer indications of potential neuronal merge errors, such as sharp deviations or possible loop-backs.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"1", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134405775890", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134405775890", + "root_id_does_not_require_split":"864691136176327430" + }, + { + "task":"split_comparison", + "operation_id":"split_comparison_147_1", + "timestamp":null, + "merge_coords":"601209_841862_990028", + "interface_point":null, + "base_neuron_id":null, + "before_root_ids":[ + + ], + "after_root_ids":[ + + ], + "proofread_root_id":null, + "model":"gpt-4o", + "model_raw_answer":"\nThe first set of images (Segment ID 864691136176327430) displays a complex 3D structure with some branching and potential folding. The structure shows a generally linear arrangement with some bulges but doesn't present obvious signs of merge errors, such as doubling back or sharp angles at junctions.\n\nThe second set of images (Segment ID 864691134405775890) exhibits a more irregular structure. There's a more pronounced twisting and turning, and one part appears to branch off and form a sharp angle, suggesting a possible merge error. This could be indicative of inappropriate grouping, where axons from different neurons might have been incorrectly combined.\n\nGiven the characteristics of merge errors and the observations from the images, the second set aligns more closely with potential merge errors due to its structural irregularities.\n\n<\/analysis>\n\n2<\/answer>", + "model_analysis":"The first set of images (Segment ID 864691136176327430) displays a complex 3D structure with some branching and potential folding. The structure shows a generally linear arrangement with some bulges but doesn't present obvious signs of merge errors, such as doubling back or sharp angles at junctions.\n\nThe second set of images (Segment ID 864691134405775890) exhibits a more irregular structure. There's a more pronounced twisting and turning, and one part appears to branch off and form a sharp angle, suggesting a possible merge error. This could be indicative of inappropriate grouping, where axons from different neurons might have been incorrectly combined.\n\nGiven the characteristics of merge errors and the observations from the images, the second set aligns more closely with potential merge errors due to its structural irregularities.", + "model_prediction":"2", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":"2", + "is_split":null, + "model_chosen_id":null, + "model_answer":null, + "error":null, + "image_paths":{ + + }, + "prompt_options":[ + { + "id":"864691134405775890", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + } + ], + "root_id_requires_split":"864691134405775890", + "root_id_does_not_require_split":"864691136176327430" + } +] \ No newline at end of file diff --git a/output/mouse_split/split_identification_results_20250728_123430.json b/output/mouse_split/split_identification_results_20250728_123430.json new file mode 100644 index 0000000000000000000000000000000000000000..d065602d23f2dee0409e81264ca0304c951c778b --- /dev/null +++ b/output/mouse_split/split_identification_results_20250728_123430.json @@ -0,0 +1,31082 @@ +[ + { + "task":"split_identification", + "operation_id":254620, + "timestamp":1624546705, + "merge_coords":[ + 1272403.125, + 707568.75, + 768424.125 + ], + "interface_point":[ + 1272403.125, + 707568.75, + 768424.125 + ], + "base_neuron_id":"864691136874805614", + "before_root_ids":[ + 864691136874805614 + ], + "after_root_ids":[ + 864691135758752334, + 864691137197234497 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images depict a 3D segmentation of neuronal data from different perspectives: front, side, and top. The goal is to determine if there's a merge error resulting from the algorithm erroneously combining processes from different neurons.\n\nFrom the front view, the structure appears to be relatively straight with some branching. The side view shows a continuation of this pattern without any abrupt angles or intersections that might suggest a merger at first glance. The top view further supports this with a smooth trajectory.\n\nTypical signs of merge errors, such as doubled-back axons or sudden ninety-degree angles where branches meet, are not prominently visible in these views. There is no clear indication that the processes belong to different neurons based on these visual cues.\n\nThe images suggest a coherent structure that maintains a consistent trajectory across different views without any major indicators of merging anomalies.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images depict a 3D segmentation of neuronal data from different perspectives: front, side, and top. The goal is to determine if there's a merge error resulting from the algorithm erroneously combining processes from different neurons.\n\nFrom the front view, the structure appears to be relatively straight with some branching. The side view shows a continuation of this pattern without any abrupt angles or intersections that might suggest a merger at first glance. The top view further supports this with a smooth trajectory.\n\nTypical signs of merge errors, such as doubled-back axons or sudden ninety-degree angles where branches meet, are not prominently visible in these views. There is no clear indication that the processes belong to different neurons based on these visual cues.\n\nThe images suggest a coherent structure that maintains a consistent trajectory across different views without any major indicators of merging anomalies.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136874805614":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + } + }, + "prompt_options":[ + { + "id":"864691136874805614", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + } + ], + "id":"864691136874805614" + }, + { + "task":"split_identification", + "operation_id":254620, + "timestamp":1624546705, + "merge_coords":[ + 1272403.125, + 707568.75, + 768424.125 + ], + "interface_point":[ + 1272403.125, + 707568.75, + 768424.125 + ], + "base_neuron_id":"864691136874805614", + "before_root_ids":[ + 864691136874805614 + ], + "after_root_ids":[ + 864691135758752334, + 864691137197234497 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the given images from the front, side, and top perspectives, a detailed evaluation can be made regarding potential merge errors in the segmentation of the neuronal data:\n\n1. **Front View**:\n - The structure appears largely continuous, with no obvious indications of a sudden or sharp turn that would suggest a merge error such as an axis doubling back.\n\n2. **Side View**:\n - Similar to the front view, the structure maintains a generally linear path without any pronounced right angles or backtracking that might indicate an inappropriate combination of segments.\n\n3. **Top View**:\n - The top view also exhibits a smooth, continuous path without abrupt changes in direction or intersecting paths that would be characteristic of a merge error.\n\nThroughout all views, the general continuity and smooth flow of the structure suggest that the algorithm has likely maintained the intended segmentation without erroneously merging segments from different neurons. There is no significant deviation that would suggest the presence of a merge error.\n\nTherefore, based on the visual evidence from all three perspectives, it seems unlikely that a merge error is present in the provided segment.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the given images from the front, side, and top perspectives, a detailed evaluation can be made regarding potential merge errors in the segmentation of the neuronal data:\n\n1. **Front View**:\n - The structure appears largely continuous, with no obvious indications of a sudden or sharp turn that would suggest a merge error such as an axis doubling back.\n\n2. **Side View**:\n - Similar to the front view, the structure maintains a generally linear path without any pronounced right angles or backtracking that might indicate an inappropriate combination of segments.\n\n3. **Top View**:\n - The top view also exhibits a smooth, continuous path without abrupt changes in direction or intersecting paths that would be characteristic of a merge error.\n\nThroughout all views, the general continuity and smooth flow of the structure suggest that the algorithm has likely maintained the intended segmentation without erroneously merging segments from different neurons. There is no significant deviation that would suggest the presence of a merge error.\n\nTherefore, based on the visual evidence from all three perspectives, it seems unlikely that a merge error is present in the provided segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136874805614":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + } + }, + "prompt_options":[ + { + "id":"864691136874805614", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691136874805614_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136874805614_1272403_707568_768424\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":14196 + }, + "merge_coords":"1272403_707568_768424", + "zoom_margin":14196 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":254623, + "timestamp":1624546868, + "merge_coords":[ + 1279467.0, + 703647.0, + 766164.0 + ], + "interface_point":[ + 1279467.0, + 703647.0, + 766164.0 + ], + "base_neuron_id":"864691135999950794", + "before_root_ids":[ + 864691135999950794 + ], + "after_root_ids":[ + 864691135497866771, + 864691135501788226 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation shown in the images reveals complex branching patterns. To assess whether there is a merge error, we need to look for specific features such as the axon doubling back or making a sharp ninety-degree angle, which might indicate merging between processes from different neurons. \n\n1. **Front View**: This view suggests a main axis with additional branches extending from it. There appear to be no overtly sharp angles or doubling back of the axon that are characteristics of merge errors.\n\n2. **Side View**: The segments seem to maintain a consistent directionality, and while there are some irregularities in the contour, they don't strongly imply a merging error like doubling back or ninety-degree turns.\n\n3. **Top View**: The branches extend outward without any apparent sharp angles or paths that might indicate a merging from a different neuron.\n\nConsidering these observations, there does not appear to be any significant merging errors in the center of the images based on the typical signs of merge errors described. The branching structure appears consistent with that of a single neuron's processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation shown in the images reveals complex branching patterns. To assess whether there is a merge error, we need to look for specific features such as the axon doubling back or making a sharp ninety-degree angle, which might indicate merging between processes from different neurons. \n\n1. **Front View**: This view suggests a main axis with additional branches extending from it. There appear to be no overtly sharp angles or doubling back of the axon that are characteristics of merge errors.\n\n2. **Side View**: The segments seem to maintain a consistent directionality, and while there are some irregularities in the contour, they don't strongly imply a merging error like doubling back or ninety-degree turns.\n\n3. **Top View**: The branches extend outward without any apparent sharp angles or paths that might indicate a merging from a different neuron.\n\nConsidering these observations, there does not appear to be any significant merging errors in the center of the images based on the typical signs of merge errors described. The branching structure appears consistent with that of a single neuron's processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135999950794":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + } + }, + "prompt_options":[ + { + "id":"864691135999950794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + } + ], + "id":"864691135999950794" + }, + { + "task":"split_identification", + "operation_id":254623, + "timestamp":1624546868, + "merge_coords":[ + 1279467.0, + 703647.0, + 766164.0 + ], + "interface_point":[ + 1279467.0, + 703647.0, + 766164.0 + ], + "base_neuron_id":"864691135999950794", + "before_root_ids":[ + 864691135999950794 + ], + "after_root_ids":[ + 864691135497866771, + 864691135501788226 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe presented 3D segmentation images show a single neuronal segment from three different perspectives: front, side, and top. The task is to determine if there is a merge error, which could indicate incorrect grouping from different neurons.\n\n1. **Front View:** The segment appears to have a somewhat irregular trajectory. There is no clear indication of doubling back or forming acute angles typically found in aberrant structures, but the path does curve.\n\n2. **Side View:** From this perspective, the segment seems to follow a linear path without drastic changes in direction, which is indicative of a continuous axonal or dendritic segment rather than a merge error.\n\n3. **Top View:** The top view similarly shows a meandering path but no sharp angles or abrupt changes suggesting a possible merge error.\n\nOverall, while the segment displays some curvature, this is consistent with natural neuronal morphology. The absence of sharp angles or abrupt directional changes typical of merge errors suggests that there is no such error present.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The presented 3D segmentation images show a single neuronal segment from three different perspectives: front, side, and top. The task is to determine if there is a merge error, which could indicate incorrect grouping from different neurons.\n\n1. **Front View:** The segment appears to have a somewhat irregular trajectory. There is no clear indication of doubling back or forming acute angles typically found in aberrant structures, but the path does curve.\n\n2. **Side View:** From this perspective, the segment seems to follow a linear path without drastic changes in direction, which is indicative of a continuous axonal or dendritic segment rather than a merge error.\n\n3. **Top View:** The top view similarly shows a meandering path but no sharp angles or abrupt changes suggesting a possible merge error.\n\nOverall, while the segment displays some curvature, this is consistent with natural neuronal morphology. The absence of sharp angles or abrupt directional changes typical of merge errors suggests that there is no such error present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135999950794":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + } + }, + "prompt_options":[ + { + "id":"864691135999950794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135999950794_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135999950794_1279467_703647_766164\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7728 + }, + "merge_coords":"1279467_703647_766164", + "zoom_margin":7728 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":254915, + "timestamp":1624640220, + "merge_coords":[ + 773157.0, + 864885.0, + 879112.5 + ], + "interface_point":[ + 773157.0, + 864885.0, + 879112.5 + ], + "base_neuron_id":"864691136852593518", + "before_root_ids":[ + 864691136852593518 + ], + "after_root_ids":[ + 864691135660678128, + 864691135974683759 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, there are several characteristics to consider when determining merge errors:\n\n1. **Front View:**\n - The structure shows a complex, branching morphology, which is typical of neuronal processes.\n - Look for signs of doubling back or abrupt ninety-degree angles, which could indicate a merge error.\n\n2. **Side View:**\n - The structure appears elongated and linear, typical of an axonal pathway.\n - Again, check for angles or unnatural loops commonly associated with errors.\n\n3. **Top View:**\n - Similar to the side view, the branches appear consistent with a single neuronal process.\n\n**Observations:**\n- There are no obvious signs of the structure doubling back or forming sharp angles in an unnatural manner.\n- The branching appears consistent across all views.\n\nBased on these observations, it seems that the segment likely corresponds to a single neuron's process without evidence of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, there are several characteristics to consider when determining merge errors:\n\n1. **Front View:**\n - The structure shows a complex, branching morphology, which is typical of neuronal processes.\n - Look for signs of doubling back or abrupt ninety-degree angles, which could indicate a merge error.\n\n2. **Side View:**\n - The structure appears elongated and linear, typical of an axonal pathway.\n - Again, check for angles or unnatural loops commonly associated with errors.\n\n3. **Top View:**\n - Similar to the side view, the branches appear consistent with a single neuronal process.\n\n**Observations:**\n- There are no obvious signs of the structure doubling back or forming sharp angles in an unnatural manner.\n- The branching appears consistent across all views.\n\nBased on these observations, it seems that the segment likely corresponds to a single neuron's process without evidence of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136852593518":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + } + }, + "prompt_options":[ + { + "id":"864691136852593518", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + } + ], + "id":"864691136852593518" + }, + { + "task":"split_identification", + "operation_id":254915, + "timestamp":1624640220, + "merge_coords":[ + 773157.0, + 864885.0, + 879112.5 + ], + "interface_point":[ + 773157.0, + 864885.0, + 879112.5 + ], + "base_neuron_id":"864691136852593518", + "before_root_ids":[ + 864691136852593518 + ], + "after_root_ids":[ + 864691135660678128, + 864691135974683759 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show three views (front, side, top) of a neuronal segment. To identify a merge error, we should look for unnatural patterns such as loops, doubling back, abrupt changes in direction, or tight angles indicative of two distinct processes incorrectly joined.\n\n- **Front View Analysis:** The segment appears to have a continuous flow with several curves, but no obvious doubling back or tight angles are visible in this view.\n \n- **Side View Analysis:** The segment shows a more linear pattern with one prominent peak. There is no visible doubling back or drastic directional change that suggests a merge error.\n\n- **Top View Analysis:** The segment maintains a generally consistent trajectory with natural-looking curves. No loops or tight angles indicative of a merge are apparent in this view.\n\nConsidering these observations across all views, the segment seems to maintain a consistent and natural morphology. The absence of abrupt directional changes or loops suggests that no merge error is present.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show three views (front, side, top) of a neuronal segment. To identify a merge error, we should look for unnatural patterns such as loops, doubling back, abrupt changes in direction, or tight angles indicative of two distinct processes incorrectly joined.\n\n- **Front View Analysis:** The segment appears to have a continuous flow with several curves, but no obvious doubling back or tight angles are visible in this view.\n \n- **Side View Analysis:** The segment shows a more linear pattern with one prominent peak. There is no visible doubling back or drastic directional change that suggests a merge error.\n\n- **Top View Analysis:** The segment maintains a generally consistent trajectory with natural-looking curves. No loops or tight angles indicative of a merge are apparent in this view.\n\nConsidering these observations across all views, the segment seems to maintain a consistent and natural morphology. The absence of abrupt directional changes or loops suggests that no merge error is present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136852593518":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + } + }, + "prompt_options":[ + { + "id":"864691136852593518", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691136852593518_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136852593518_773157_864885_879112\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13188 + }, + "merge_coords":"773157_864885_879112", + "zoom_margin":13188 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":254917, + "timestamp":1624640273, + "merge_coords":[ + 774658.5, + 864297.0, + 879553.5 + ], + "interface_point":[ + 774658.5, + 864297.0, + 879553.5 + ], + "base_neuron_id":"864691135660678384", + "before_root_ids":[ + 864691135660678384 + ], + "after_root_ids":[ + 864691136923006180, + 864691136577747732 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images show a neuronal segment viewed from the front, side, and top perspectives in a 3D volume. When analyzing the structure, signs of merge errors can include abnormal formations such as sharp angles and overlapping, which suggest that processes from different neurons are incorrectly joined.\n\nObservations from the images:\n\n1. **Front View:**\n - The segment does not show apparent doubling back or sharp angles that suggest a merging error.\n \n2. **Side View:**\n - The structure is relatively consistent without abrupt directional changes that often indicate merges, such as detours at awkward angles.\n \n3. **Top View:**\n - The segment looks linear and maintains continuity without doubling back or forming a bending that appears unnatural.\n\nAcross all views, the segment appears to maintain a consistent trajectory without any noticeable aberrations that would indicate a merge error. The branching seems uniform and does not display typical signs of different neuron processes being incorrectly grouped.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a neuronal segment viewed from the front, side, and top perspectives in a 3D volume. When analyzing the structure, signs of merge errors can include abnormal formations such as sharp angles and overlapping, which suggest that processes from different neurons are incorrectly joined.\n\nObservations from the images:\n\n1. **Front View:**\n - The segment does not show apparent doubling back or sharp angles that suggest a merging error.\n \n2. **Side View:**\n - The structure is relatively consistent without abrupt directional changes that often indicate merges, such as detours at awkward angles.\n \n3. **Top View:**\n - The segment looks linear and maintains continuity without doubling back or forming a bending that appears unnatural.\n\nAcross all views, the segment appears to maintain a consistent trajectory without any noticeable aberrations that would indicate a merge error. The branching seems uniform and does not display typical signs of different neuron processes being incorrectly grouped.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135660678384":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + } + }, + "prompt_options":[ + { + "id":"864691135660678384", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + } + ], + "id":"864691135660678384" + }, + { + "task":"split_identification", + "operation_id":254917, + "timestamp":1624640273, + "merge_coords":[ + 774658.5, + 864297.0, + 879553.5 + ], + "interface_point":[ + 774658.5, + 864297.0, + 879553.5 + ], + "base_neuron_id":"864691135660678384", + "before_root_ids":[ + 864691135660678384 + ], + "after_root_ids":[ + 864691136923006180, + 864691136577747732 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images display different views (front, side, top) of a neuron's 3D segmentation. In analyzing potential merge errors, focus on identifying signs such as structures that appear to deviate from typical neuronal morphology\u2014these might include unusual branching patterns, such as an axon doubling back or forming a sharp angle where it connects with another process.\n\n1. **Front View:** Examine the main branches and connections. Look for any anomalies such as branches returning towards the main structure or forming unexpected loops.\n\n2. **Side View:** Ensure there are no doubled-back branches or unnatural angles at junctions with other branches. A ninety-degree connection could indicate a possible merger.\n\n3. **Top View:** Confirm consistent branching patterns without abrupt direction changes. Areas where branches appear to intersect at sharp angles should be scrutinized.\n\nUpon close inspection of these views, standard neuronal branching is not significantly disrupted. The branches appear to maintain expected connections without obvious signs of unnatural doubling back or sharp right-angle junctions, suggesting no merge error is present in this segmentation.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images display different views (front, side, top) of a neuron's 3D segmentation. In analyzing potential merge errors, focus on identifying signs such as structures that appear to deviate from typical neuronal morphology\u2014these might include unusual branching patterns, such as an axon doubling back or forming a sharp angle where it connects with another process.\n\n1. **Front View:** Examine the main branches and connections. Look for any anomalies such as branches returning towards the main structure or forming unexpected loops.\n\n2. **Side View:** Ensure there are no doubled-back branches or unnatural angles at junctions with other branches. A ninety-degree connection could indicate a possible merger.\n\n3. **Top View:** Confirm consistent branching patterns without abrupt direction changes. Areas where branches appear to intersect at sharp angles should be scrutinized.\n\nUpon close inspection of these views, standard neuronal branching is not significantly disrupted. The branches appear to maintain expected connections without obvious signs of unnatural doubling back or sharp right-angle junctions, suggesting no merge error is present in this segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135660678384":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + } + }, + "prompt_options":[ + { + "id":"864691135660678384", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135660678384_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135660678384_774658_864297_879553\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":95424 + }, + "merge_coords":"774658_864297_879553", + "zoom_margin":95424 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255623, + "timestamp":1625058131, + "merge_coords":[ + 690614.375, + 730296.0, + 927532.1875 + ], + "interface_point":[ + 690614.375, + 730296.0, + 927532.1875 + ], + "base_neuron_id":"864691135032280481", + "before_root_ids":[ + 864691135032280481 + ], + "after_root_ids":[ + 864691135367429881, + 864691135194692138 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images present different views of a neuronal segment, displaying the morphology of what should be a single neuron's processes. In examining these images closely, especially around the center of the volume, I look for signs of merge errors\u2014such as abrupt changes in direction, unexpected angles, or doubling back of axonal segments.\n\n- **Front View:** In this perspective, I look for any irregular branching or intersections that may suggest a merge error. Signs include a segment that sharply turns or loops unexpectedly.\n \n- **Side View:** Here, a sharp ninety-degree angle or a segment that crosses back over itself can indicate a merger between processes from different neurons.\n \n- **Top View:** This perspective aids in confirming any suspicious structures seen in the first two images, looking for more subtle merge indicators.\n\nUpon reviewing the images, I do not notice obvious signs of merge errors such as unnecessary crossings or abrupt structural changes that stand out as uncharacteristic of a typical neuronal process. The branches appear to follow a consistent pattern without the abrupt intersecting or backtracking that merge errors typically produce.\n\nOverall, the morphological characteristics in these images correspond well with expected neuronal structures.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images present different views of a neuronal segment, displaying the morphology of what should be a single neuron's processes. In examining these images closely, especially around the center of the volume, I look for signs of merge errors\u2014such as abrupt changes in direction, unexpected angles, or doubling back of axonal segments.\n\n- **Front View:** In this perspective, I look for any irregular branching or intersections that may suggest a merge error. Signs include a segment that sharply turns or loops unexpectedly.\n \n- **Side View:** Here, a sharp ninety-degree angle or a segment that crosses back over itself can indicate a merger between processes from different neurons.\n \n- **Top View:** This perspective aids in confirming any suspicious structures seen in the first two images, looking for more subtle merge indicators.\n\nUpon reviewing the images, I do not notice obvious signs of merge errors such as unnecessary crossings or abrupt structural changes that stand out as uncharacteristic of a typical neuronal process. The branches appear to follow a consistent pattern without the abrupt intersecting or backtracking that merge errors typically produce.\n\nOverall, the morphological characteristics in these images correspond well with expected neuronal structures.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135032280481":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + } + }, + "prompt_options":[ + { + "id":"864691135032280481", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + } + ], + "id":"864691135032280481" + }, + { + "task":"split_identification", + "operation_id":255623, + "timestamp":1625058131, + "merge_coords":[ + 690614.375, + 730296.0, + 927532.1875 + ], + "interface_point":[ + 690614.375, + 730296.0, + 927532.1875 + ], + "base_neuron_id":"864691135032280481", + "before_root_ids":[ + 864691135032280481 + ], + "after_root_ids":[ + 864691135367429881, + 864691135194692138 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the given images of neuronal data from the front, side, and top perspectives, several points should be assessed to identify potential merge errors:\n\n1. **Front View:** The segment appears to have a relatively smooth structure without sharp angles or major branches doubling back. This suggests a lack of merge errors from this perspective.\n\n2. **Side View:** The segment maintains a generally linear path with no pronounced angles or abnormal branching. This view does not provide evidence of merge errors like those characterized by sharp angles or doubling back.\n\n3. **Top View:** The segment continues to show a relatively continuous structure. There are no clear signs of geometric anomalies that would suggest an inappropriate merge.\n\nThroughout all views, the segment retains a consistent morphology without the hallmarks of typical merge errors. There are no clear signs of the segment branching off at ninety degrees or doubling back on itself.\n\nOverall, there is no substantial evidence of merge errors within the center of the image, and the structure seems to be consistent with the neuronal architecture's expected formation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the given images of neuronal data from the front, side, and top perspectives, several points should be assessed to identify potential merge errors:\n\n1. **Front View:** The segment appears to have a relatively smooth structure without sharp angles or major branches doubling back. This suggests a lack of merge errors from this perspective.\n\n2. **Side View:** The segment maintains a generally linear path with no pronounced angles or abnormal branching. This view does not provide evidence of merge errors like those characterized by sharp angles or doubling back.\n\n3. **Top View:** The segment continues to show a relatively continuous structure. There are no clear signs of geometric anomalies that would suggest an inappropriate merge.\n\nThroughout all views, the segment retains a consistent morphology without the hallmarks of typical merge errors. There are no clear signs of the segment branching off at ninety degrees or doubling back on itself.\n\nOverall, there is no substantial evidence of merge errors within the center of the image, and the structure seems to be consistent with the neuronal architecture's expected formation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135032280481":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + } + }, + "prompt_options":[ + { + "id":"864691135032280481", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135032280481_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135032280481_864691135591041291_690614_730296_927532\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":42084 + }, + "merge_coords":"690614_730296_927532", + "zoom_margin":42084 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255760, + "timestamp":1625074231, + "merge_coords":[ + 616050.75, + 858921.0, + 991499.25 + ], + "interface_point":[ + 616050.75, + 858921.0, + 991499.25 + ], + "base_neuron_id":"864691135542974206", + "before_root_ids":[ + 864691135542974206 + ], + "after_root_ids":[ + 864691136423005487, + 864691135341270981 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D segmentation of the neuronal data from the front, side, and top perspectives, several characteristics suggest the presence or absence of merge errors.\n\n1. **Front View:** The segment appears to exhibit a smooth, continuous flow without any apparent abrupt angles or doubling back. The structure follows a natural path, as would be expected for a neuronal process.\n\n2. **Side View:** In this perspective, the structure seems to maintain a consistent direction and does not seem to form sharp angles or unexpected bends. This continuity is typical of a single neuronal segment.\n\n3. **Top View:** The segment follows a path consistent with natural branching. There is no evidence of any unnatural sharp turns or doubling back in this view.\n\nOverall, there are no visible abrupt ninety-degree angles or axes doubling back that would typically indicate a merge error. The structure appears to be a coherent part of a single neuron rather than a mistaken merge of different neuronal processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation of the neuronal data from the front, side, and top perspectives, several characteristics suggest the presence or absence of merge errors.\n\n1. **Front View:** The segment appears to exhibit a smooth, continuous flow without any apparent abrupt angles or doubling back. The structure follows a natural path, as would be expected for a neuronal process.\n\n2. **Side View:** In this perspective, the structure seems to maintain a consistent direction and does not seem to form sharp angles or unexpected bends. This continuity is typical of a single neuronal segment.\n\n3. **Top View:** The segment follows a path consistent with natural branching. There is no evidence of any unnatural sharp turns or doubling back in this view.\n\nOverall, there are no visible abrupt ninety-degree angles or axes doubling back that would typically indicate a merge error. The structure appears to be a coherent part of a single neuron rather than a mistaken merge of different neuronal processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135542974206":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135542974206", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + } + ], + "id":"864691135542974206" + }, + { + "task":"split_identification", + "operation_id":255760, + "timestamp":1625074231, + "merge_coords":[ + 616050.75, + 858921.0, + 991499.25 + ], + "interface_point":[ + 616050.75, + 858921.0, + 991499.25 + ], + "base_neuron_id":"864691135542974206", + "before_root_ids":[ + 864691135542974206 + ], + "after_root_ids":[ + 864691136423005487, + 864691135341270981 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation of neuronal data has been viewed from multiple perspectives: front, side, and top. In these views, we are looking for any signs of merge errors. Typical indicators include unusual structures such as the processes doubling back after branching or forming sharp, unnatural angles when segments are joined.\n\nFrom the provided images:\n1. **Front View**: The structure appears elongated and follows a path without abrupt changes in direction. There are no obvious signs of doubling back or unnatural angles.\n2. **Side View**: The segment appears to maintain a consistent direction, also without sharp turns or appendages doubling back on themselves.\n3. **Top View**: This view supports the observations from the front and side, maintaining a consistent path and direction.\n\nGiven the visual evidence from all perspectives, there are no apparent merge errors or inappropriate groupings of different neuronal processes. The segmentation seems to depict a single consistent neuronal structure.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation of neuronal data has been viewed from multiple perspectives: front, side, and top. In these views, we are looking for any signs of merge errors. Typical indicators include unusual structures such as the processes doubling back after branching or forming sharp, unnatural angles when segments are joined.\n\nFrom the provided images:\n1. **Front View**: The structure appears elongated and follows a path without abrupt changes in direction. There are no obvious signs of doubling back or unnatural angles.\n2. **Side View**: The segment appears to maintain a consistent direction, also without sharp turns or appendages doubling back on themselves.\n3. **Top View**: This view supports the observations from the front and side, maintaining a consistent path and direction.\n\nGiven the visual evidence from all perspectives, there are no apparent merge errors or inappropriate groupings of different neuronal processes. The segmentation seems to depict a single consistent neuronal structure.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135542974206":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135542974206", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135542974206_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135542974206_864691135591041291_616050_858921_991499\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"616050_858921_991499", + "zoom_margin":4096 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255776, + "timestamp":1625076719, + "merge_coords":[ + 705463.5, + 491536.5, + 788980.5 + ], + "interface_point":[ + 705463.5, + 491536.5, + 788980.5 + ], + "base_neuron_id":"864691135499540932", + "before_root_ids":[ + 864691135499540932 + ], + "after_root_ids":[ + 864691136388511351, + 864691136361715938 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show the 3D segmentation of neuronal data from different perspectives (front, side, and top).\n\n1. **Front View:**\n - The segment appears as a complex network with branching, which is typical of neuronal structures. However, any unusual patterns such as the axon doubling back or abrupt right-angle turns should be noted.\n\n2. **Side View:**\n - Examining this perspective gives a better sense of any abnormal linear alignments or bends that could indicate a possible merge error.\n\n3. **Top View:**\n - This offers additional information on the layout of branches. Again, look for signs of inappropriate merging, such as non-linear growth patterns or clusters where growth seems unnatural.\n\nAfter carefully examining these perspectives:\n\n- None of the views showed significant evidence of merge errors like abrupt ninety-degree turns or directions that appear inconsistent with typical neuronal growth patterns.\n- The branching appears consistent across perspectives, and no abnormal doubling back is visible.\n \nTherefore, based on the analysis of the given images, there seems to be no merge error present in this segment. All processes appear to belong to a single neuron without inappropriate merges.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show the 3D segmentation of neuronal data from different perspectives (front, side, and top).\n\n1. **Front View:**\n - The segment appears as a complex network with branching, which is typical of neuronal structures. However, any unusual patterns such as the axon doubling back or abrupt right-angle turns should be noted.\n\n2. **Side View:**\n - Examining this perspective gives a better sense of any abnormal linear alignments or bends that could indicate a possible merge error.\n\n3. **Top View:**\n - This offers additional information on the layout of branches. Again, look for signs of inappropriate merging, such as non-linear growth patterns or clusters where growth seems unnatural.\n\nAfter carefully examining these perspectives:\n\n- None of the views showed significant evidence of merge errors like abrupt ninety-degree turns or directions that appear inconsistent with typical neuronal growth patterns.\n- The branching appears consistent across perspectives, and no abnormal doubling back is visible.\n \nTherefore, based on the analysis of the given images, there seems to be no merge error present in this segment. All processes appear to belong to a single neuron without inappropriate merges.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135499540932":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + } + }, + "prompt_options":[ + { + "id":"864691135499540932", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + } + ], + "id":"864691135499540932" + }, + { + "task":"split_identification", + "operation_id":255776, + "timestamp":1625076719, + "merge_coords":[ + 705463.5, + 491536.5, + 788980.5 + ], + "interface_point":[ + 705463.5, + 491536.5, + 788980.5 + ], + "base_neuron_id":"864691135499540932", + "before_root_ids":[ + 864691135499540932 + ], + "after_root_ids":[ + 864691136388511351, + 864691136361715938 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show different views (front, side, top) of a neuronal structure. We need to identify any characteristics that indicate a merge error, such as:\n\n1. Axonal loops - where an axon doubles back on itself.\n2. Unnatural sharp bends or angles - especially those close to 90 degrees, which could indicate merging of structures from different neurons.\n\nIn the images provided:\n\n- The front view does not show any obvious looping or unnatural bends.\n- The side view also appears to have a coherent structure without significant sharp angles.\n- The top view, similar to the other perspectives, lacks any evident looping or sharp angles that would suggest a merge error.\n\nThe structures seem continuous and consistent across all views without signs of a merge error such as doubled-back axons or unnaturally sharp bends.\n\nBased on these observations, the segment appears to be accurately segmented without merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show different views (front, side, top) of a neuronal structure. We need to identify any characteristics that indicate a merge error, such as:\n\n1. Axonal loops - where an axon doubles back on itself.\n2. Unnatural sharp bends or angles - especially those close to 90 degrees, which could indicate merging of structures from different neurons.\n\nIn the images provided:\n\n- The front view does not show any obvious looping or unnatural bends.\n- The side view also appears to have a coherent structure without significant sharp angles.\n- The top view, similar to the other perspectives, lacks any evident looping or sharp angles that would suggest a merge error.\n\nThe structures seem continuous and consistent across all views without signs of a merge error such as doubled-back axons or unnaturally sharp bends.\n\nBased on these observations, the segment appears to be accurately segmented without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135499540932":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + } + }, + "prompt_options":[ + { + "id":"864691135499540932", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135499540932_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135499540932_864691135591041291_705463_491536_788980\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":178164 + }, + "merge_coords":"705463_491536_788980", + "zoom_margin":178164 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255965, + "timestamp":1625154241, + "merge_coords":[ + 691278.0, + 755790.0, + 762405.0 + ], + "interface_point":[ + 691278.0, + 755790.0, + 762405.0 + ], + "base_neuron_id":"864691135389908722", + "before_root_ids":[ + 864691135389908722 + ], + "after_root_ids":[ + 864691136361716962, + 864691135472238642 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the provided 3D segmentations from the front, side, and top perspectives, I am focusing on identifying potential merge errors in the neuronal processes. Merge errors often manifest as irregularities such as axons that double back or form sharp angles, indicative of processes from different neurons being incorrectly merged.\n\nLooking closely at the images:\n\n1. **Front View**:\n - The structure shows branching, but there are no immediate signs of doubling back or sharp angles suggestive of a merge error. The branches appear continuous and consistent with typical neuronal morphology.\n\n2. **Side View**:\n - Similar to the front view, the branches appear natural with no unexpected angles or deviations that suggest an additional neuron has been incorporated.\n\n3. **Top View**:\n - The branching again seems continuous, with no notable angles or backtracking that would suggest a merge.\n\nAcross all views, there is a consistent continuity in the branching structure of the neuron. The absence of abrupt changes or unnatural angles suggests that the segment likely belongs to a single neuron without merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided 3D segmentations from the front, side, and top perspectives, I am focusing on identifying potential merge errors in the neuronal processes. Merge errors often manifest as irregularities such as axons that double back or form sharp angles, indicative of processes from different neurons being incorrectly merged.\n\nLooking closely at the images:\n\n1. **Front View**:\n - The structure shows branching, but there are no immediate signs of doubling back or sharp angles suggestive of a merge error. The branches appear continuous and consistent with typical neuronal morphology.\n\n2. **Side View**:\n - Similar to the front view, the branches appear natural with no unexpected angles or deviations that suggest an additional neuron has been incorporated.\n\n3. **Top View**:\n - The branching again seems continuous, with no notable angles or backtracking that would suggest a merge.\n\nAcross all views, there is a consistent continuity in the branching structure of the neuron. The absence of abrupt changes or unnatural angles suggests that the segment likely belongs to a single neuron without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135389908722":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + } + }, + "prompt_options":[ + { + "id":"864691135389908722", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + } + ], + "id":"864691135389908722" + }, + { + "task":"split_identification", + "operation_id":255965, + "timestamp":1625154241, + "merge_coords":[ + 691278.0, + 755790.0, + 762405.0 + ], + "interface_point":[ + 691278.0, + 755790.0, + 762405.0 + ], + "base_neuron_id":"864691135389908722", + "before_root_ids":[ + 864691135389908722 + ], + "after_root_ids":[ + 864691136361716962, + 864691135472238642 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the three views (front, side, top) of the 3D segmentation of neuronal data, we're looking for signs of merge errors. These could include irregular patterns such as axonal structures doubling back on themselves, unusual angular formations, or discontinuities that suggest different neurons have been inappropriately grouped.\n\n1. **Front View**: The structure appears to branch in a typical manner. There is no obvious sign of doubling back or harsh angles indicative of a merge error visible from this perspective.\n\n2. **Side View**: The branches continue their trajectory in a relatively natural manner, lacking sharp turns or unexpected reversals that would suggest a merge error at this viewpoint.\n\n3. **Top View**: Similar to the other views, the branching seems consistent with typical neuronal morphology. The continuation and flow do not show erratic behavior or abrupt changes in direction that might indicate a merge error.\n\nOverall, across all three views, there are no apparent signs of merging errors such as irregular axonal doubling back or unusual angles. The neuronal segmentation looks coherent and consistent.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the three views (front, side, top) of the 3D segmentation of neuronal data, we're looking for signs of merge errors. These could include irregular patterns such as axonal structures doubling back on themselves, unusual angular formations, or discontinuities that suggest different neurons have been inappropriately grouped.\n\n1. **Front View**: The structure appears to branch in a typical manner. There is no obvious sign of doubling back or harsh angles indicative of a merge error visible from this perspective.\n\n2. **Side View**: The branches continue their trajectory in a relatively natural manner, lacking sharp turns or unexpected reversals that would suggest a merge error at this viewpoint.\n\n3. **Top View**: Similar to the other views, the branching seems consistent with typical neuronal morphology. The continuation and flow do not show erratic behavior or abrupt changes in direction that might indicate a merge error.\n\nOverall, across all three views, there are no apparent signs of merging errors such as irregular axonal doubling back or unusual angles. The neuronal segmentation looks coherent and consistent.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135389908722":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + } + }, + "prompt_options":[ + { + "id":"864691135389908722", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135389908722_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135389908722_864691135591041291_691278_755790_762405\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":39060 + }, + "merge_coords":"691278_755790_762405", + "zoom_margin":39060 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255979, + "timestamp":1625154774, + "merge_coords":[ + 750009.75, + 786297.75, + 776874.0 + ], + "interface_point":[ + 750009.75, + 786297.75, + 776874.0 + ], + "base_neuron_id":"864691135489674436", + "before_root_ids":[ + 864691135489674436 + ], + "after_root_ids":[ + 864691136051049715, + 864691136209345724 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are examining potential merge errors in neuronal segmentation. Key indicators of merge errors include unusual structural formations such as an axon doubling back on itself after branching or forming a sharp angle, which is not typical for the natural progression of a single neuron's processes.\n\nThe images are segmented into front, side, and top views to provide a comprehensive 3D perspective. I will analyze each view for any signs of such aberrant structures:\n\n1. **Front View Analysis:**\n - The structures appear elongated and branching, typical of neuronal processes.\n - No prominent areas where the axon appears to double back or form sharp angles are visible.\n\n2. **Side View Analysis:**\n - The branching seems consistent with natural neuronal morphology.\n - There are no sudden turns or formations characteristic of merge errors.\n\n3. **Top View Analysis:**\n - The dendritic structure shows expected branching patterns.\n - The view doesn\u2019t reveal any suspicious merges or abnormal angles.\n\nAcross all views, there is no clear evidence of structural anomalies that suggest a merge error within the center of the image volume. The morphology is consistent with that of a single neuron's processes, without any significant signs of two separate neuronal processes being incorrectly segmented together.\n\nTherefore, based on this analysis, the segmentation appears correct with no merge errors evident in these visualizations.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are examining potential merge errors in neuronal segmentation. Key indicators of merge errors include unusual structural formations such as an axon doubling back on itself after branching or forming a sharp angle, which is not typical for the natural progression of a single neuron's processes.\n\nThe images are segmented into front, side, and top views to provide a comprehensive 3D perspective. I will analyze each view for any signs of such aberrant structures:\n\n1. **Front View Analysis:**\n - The structures appear elongated and branching, typical of neuronal processes.\n - No prominent areas where the axon appears to double back or form sharp angles are visible.\n\n2. **Side View Analysis:**\n - The branching seems consistent with natural neuronal morphology.\n - There are no sudden turns or formations characteristic of merge errors.\n\n3. **Top View Analysis:**\n - The dendritic structure shows expected branching patterns.\n - The view doesn\u2019t reveal any suspicious merges or abnormal angles.\n\nAcross all views, there is no clear evidence of structural anomalies that suggest a merge error within the center of the image volume. The morphology is consistent with that of a single neuron's processes, without any significant signs of two separate neuronal processes being incorrectly segmented together.\n\nTherefore, based on this analysis, the segmentation appears correct with no merge errors evident in these visualizations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135489674436":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + } + }, + "prompt_options":[ + { + "id":"864691135489674436", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + } + ], + "id":"864691135489674436" + }, + { + "task":"split_identification", + "operation_id":255979, + "timestamp":1625154774, + "merge_coords":[ + 750009.75, + 786297.75, + 776874.0 + ], + "interface_point":[ + 750009.75, + 786297.75, + 776874.0 + ], + "base_neuron_id":"864691135489674436", + "before_root_ids":[ + 864691135489674436 + ], + "after_root_ids":[ + 864691136051049715, + 864691136209345724 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images, several aspects are considered when identifying potential merge errors. Characteristics such as unusual twists or angles, the doubling back of axonal tracts, or anomalous connections can indicate a merge error.\n\nIn the volumetric views:\n1. **Front View**: The structure appears mostly linear with minimal curvature. There are no sharp or abrupt angles typically indicative of a separate merging process.\n2. **Side View**: This view shows a well-connected line without any significant ninety-degree angles or signs of doubling back.\n3. **Top View**: Consistent with the other views, the structure lacks unusual branching or sharp angles that could suggest a merge error.\n\nThere are no visible anomalies like ninety-degree turns or doubled-back sections that would typically suggest a merge error here. Therefore, based on these observations, there does not appear to be any inappropriate merging of processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, several aspects are considered when identifying potential merge errors. Characteristics such as unusual twists or angles, the doubling back of axonal tracts, or anomalous connections can indicate a merge error.\n\nIn the volumetric views:\n1. **Front View**: The structure appears mostly linear with minimal curvature. There are no sharp or abrupt angles typically indicative of a separate merging process.\n2. **Side View**: This view shows a well-connected line without any significant ninety-degree angles or signs of doubling back.\n3. **Top View**: Consistent with the other views, the structure lacks unusual branching or sharp angles that could suggest a merge error.\n\nThere are no visible anomalies like ninety-degree turns or doubled-back sections that would typically suggest a merge error here. Therefore, based on these observations, there does not appear to be any inappropriate merging of processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135489674436":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + } + }, + "prompt_options":[ + { + "id":"864691135489674436", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135489674436_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135489674436_864691135591041291_750009_786297_776874\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8274 + }, + "merge_coords":"750009_786297_776874", + "zoom_margin":8274 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":255999, + "timestamp":1625155225, + "merge_coords":[ + 674870.0, + 774868.5, + 738921.75 + ], + "interface_point":[ + 674870.0, + 774868.5, + 738921.75 + ], + "base_neuron_id":"864691135396570610", + "before_root_ids":[ + 864691135396570610 + ], + "after_root_ids":[ + 864691135162559789, + 864691135584102520 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the images from the front, side, and top perspectives, we must look for signs of merge errors. These errors can include structures where the axon appears to be doubling back after branching or forming sharp, unnatural angles. \n\nFrom the front view, the segment appears as a single, elongated structure without any noticeable branches or sharp turns.\n\nIn the side view, the structure maintains a relatively consistent thickness and direction. There are no abrupt changes in the path that would suggest merging with a different neuronal process.\n\nThe top view also shows a continuous trajectory with no signs of doubling back or intersecting at sharp angles. \n\nThere is no indication of a merge error based on the available views and descriptions. The segment seems to represent processes of a single neuron without inappropriate merges.\n\nOverall, the structural continuity and lack of unnatural features suggest that no merge error is present.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the images from the front, side, and top perspectives, we must look for signs of merge errors. These errors can include structures where the axon appears to be doubling back after branching or forming sharp, unnatural angles. \n\nFrom the front view, the segment appears as a single, elongated structure without any noticeable branches or sharp turns.\n\nIn the side view, the structure maintains a relatively consistent thickness and direction. There are no abrupt changes in the path that would suggest merging with a different neuronal process.\n\nThe top view also shows a continuous trajectory with no signs of doubling back or intersecting at sharp angles. \n\nThere is no indication of a merge error based on the available views and descriptions. The segment seems to represent processes of a single neuron without inappropriate merges.\n\nOverall, the structural continuity and lack of unnatural features suggest that no merge error is present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135396570610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + } + }, + "prompt_options":[ + { + "id":"864691135396570610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + } + ], + "id":"864691135396570610" + }, + { + "task":"split_identification", + "operation_id":255999, + "timestamp":1625155225, + "merge_coords":[ + 674870.0, + 774868.5, + 738921.75 + ], + "interface_point":[ + 674870.0, + 774868.5, + 738921.75 + ], + "base_neuron_id":"864691135396570610", + "before_root_ids":[ + 864691135396570610 + ], + "after_root_ids":[ + 864691135162559789, + 864691135584102520 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the 3D segmentation of neuronal data from the front, side, and top views, we can observe the morphology of the neuron. \n\n1. **Front View:** There is a visible branching structure that extends in a zigzag pattern, which is typical of neuronal processes. The linearity and continuity of the segment suggest it may belong to a single neuron, but there are areas within the segment where the morphology appears to change direction sharply.\n\n2. **Side View:** The side view again shows the branching nature but with notable bends and turns. Normally, an axon exhibits a smoother trajectory. The presence of sharp turns, particularly near branching points, could suggest potential merge errors where two different neuronal processes may have been erroneously joined.\n\n3. **Top View:** Similar to the other perspectives, the top view shows linear extensions with some points of inflection that could indicate unnatural merging. \n\nThe critical factor in determining a merge error is the presence of characteristics such as doubling back or sudden right-angle turns\u2014features absent in typical axonal growth patterns but evident here.\n\nGiven the morphology seen in these views, it does appear there are segments that suggest merge errors. The sudden, sharp angles and irregularities suggest improper fusion of processes likely from different neurons.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In examining the 3D segmentation of neuronal data from the front, side, and top views, we can observe the morphology of the neuron. \n\n1. **Front View:** There is a visible branching structure that extends in a zigzag pattern, which is typical of neuronal processes. The linearity and continuity of the segment suggest it may belong to a single neuron, but there are areas within the segment where the morphology appears to change direction sharply.\n\n2. **Side View:** The side view again shows the branching nature but with notable bends and turns. Normally, an axon exhibits a smoother trajectory. The presence of sharp turns, particularly near branching points, could suggest potential merge errors where two different neuronal processes may have been erroneously joined.\n\n3. **Top View:** Similar to the other perspectives, the top view shows linear extensions with some points of inflection that could indicate unnatural merging. \n\nThe critical factor in determining a merge error is the presence of characteristics such as doubling back or sudden right-angle turns\u2014features absent in typical axonal growth patterns but evident here.\n\nGiven the morphology seen in these views, it does appear there are segments that suggest merge errors. The sudden, sharp angles and irregularities suggest improper fusion of processes likely from different neurons.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135396570610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + } + }, + "prompt_options":[ + { + "id":"864691135396570610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135396570610_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135396570610_864691135591041291_674870_774868_738921\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10626 + }, + "merge_coords":"674870_774868_738921", + "zoom_margin":10626 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256001, + "timestamp":1625155307, + "merge_coords":[ + 684159.0, + 780717.0, + 741137.25 + ], + "interface_point":[ + 684159.0, + 780717.0, + 741137.25 + ], + "base_neuron_id":"864691136731909486", + "before_root_ids":[ + 864691136731909486 + ], + "after_root_ids":[ + 864691135445852818, + 864691137053877366 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images, we are looking for signs of merge errors that typically manifest as unusual structures in the axonal processes. Specifically, merge errors might display characteristics like the axon doubling back or forming sharp angles, indicating an inappropriate connection between segments from different neurons.\n\n1. **Front View:** The structure appears to have several branches extending in different directions. There are some points where the branching seems complex, but it's not clear if it represents a typical branching pattern or an anomaly.\n\n2. **Side View:** In this perspective, it's critical to observe any changes in direction that are unnaturally sharp or suggest the merging of separate neuron processes. The branches appear to fan out as expected, though some branches may seem close, potentially overlapping.\n\n3. **Top View:** Here, we can see the spread of the branches. The angles of branching do not appear to be as sharp and don't exhibit the classic right-angle characteristic often warranted by a merge error.\n\nOverall, while there are complex structures and extensive branching, the images do not show definitive evidence of features typical of a merge error, such as pronounced right angles or doubling back. Based on these observations, the segment appears consistent with a single neuron without obvious merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are looking for signs of merge errors that typically manifest as unusual structures in the axonal processes. Specifically, merge errors might display characteristics like the axon doubling back or forming sharp angles, indicating an inappropriate connection between segments from different neurons.\n\n1. **Front View:** The structure appears to have several branches extending in different directions. There are some points where the branching seems complex, but it's not clear if it represents a typical branching pattern or an anomaly.\n\n2. **Side View:** In this perspective, it's critical to observe any changes in direction that are unnaturally sharp or suggest the merging of separate neuron processes. The branches appear to fan out as expected, though some branches may seem close, potentially overlapping.\n\n3. **Top View:** Here, we can see the spread of the branches. The angles of branching do not appear to be as sharp and don't exhibit the classic right-angle characteristic often warranted by a merge error.\n\nOverall, while there are complex structures and extensive branching, the images do not show definitive evidence of features typical of a merge error, such as pronounced right angles or doubling back. Based on these observations, the segment appears consistent with a single neuron without obvious merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136731909486":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + } + }, + "prompt_options":[ + { + "id":"864691136731909486", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + } + ], + "id":"864691136731909486" + }, + { + "task":"split_identification", + "operation_id":256001, + "timestamp":1625155307, + "merge_coords":[ + 684159.0, + 780717.0, + 741137.25 + ], + "interface_point":[ + 684159.0, + 780717.0, + 741137.25 + ], + "base_neuron_id":"864691136731909486", + "before_root_ids":[ + 864691136731909486 + ], + "after_root_ids":[ + 864691135445852818, + 864691137053877366 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a segment of neuronal data with multiple views: front, side, and top. In analyzing the morphology, we should focus on detecting any structural irregularities indicative of merge errors.\n\n1. **Front View**: The structure appears to be relatively linear with minor branching, a common characteristic of neuronal processes. Any significant bends or unnatural angles here could suggest a merge error.\n\n2. **Side View**: This view highlights potential three-dimensional overlaps or twists in the structure. Again, the structure seems mostly continuous without any abrupt changes in direction that could signify a merge.\n\n3. **Top View**: Similar to the front view but from a different perspective, it provides additional validation of the segment's continuity and shape. There are no sharp bends or intersections at unnatural angles, which are common indicators of merge errors.\n\nTaking all views into account, none exhibit the concerning features such as doubling back or unnatural angles indicative of a merge error. The segment maintains a consistent and expected morphology across all views.\n\nThe images do not present clear evidence of a merge, such as an unnatural doubling back or abrupt angle formations. The continuity and flow in the neuronal process seem consistent.\n\nThus, based on the provided perspectives, it appears the segment is singular and has not experienced a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a segment of neuronal data with multiple views: front, side, and top. In analyzing the morphology, we should focus on detecting any structural irregularities indicative of merge errors.\n\n1. **Front View**: The structure appears to be relatively linear with minor branching, a common characteristic of neuronal processes. Any significant bends or unnatural angles here could suggest a merge error.\n\n2. **Side View**: This view highlights potential three-dimensional overlaps or twists in the structure. Again, the structure seems mostly continuous without any abrupt changes in direction that could signify a merge.\n\n3. **Top View**: Similar to the front view but from a different perspective, it provides additional validation of the segment's continuity and shape. There are no sharp bends or intersections at unnatural angles, which are common indicators of merge errors.\n\nTaking all views into account, none exhibit the concerning features such as doubling back or unnatural angles indicative of a merge error. The segment maintains a consistent and expected morphology across all views.\n\nThe images do not present clear evidence of a merge, such as an unnatural doubling back or abrupt angle formations. The continuity and flow in the neuronal process seem consistent.\n\nThus, based on the provided perspectives, it appears the segment is singular and has not experienced a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136731909486":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + } + }, + "prompt_options":[ + { + "id":"864691136731909486", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691136731909486_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136731909486_684159_780717_741137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9954 + }, + "merge_coords":"684159_780717_741137", + "zoom_margin":9954 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256002, + "timestamp":1625155372, + "merge_coords":[ + 684602.125, + 781401.625, + 741102.625 + ], + "interface_point":[ + 684602.125, + 781401.625, + 741102.625 + ], + "base_neuron_id":"864691135445852818", + "before_root_ids":[ + 864691135445852818 + ], + "after_root_ids":[ + 864691135382790874, + 864691135155839588 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation views of the neuronal data show a complex branching pattern. When assessing for potential merge errors, we identify characteristics such as axonal doubling back or forming sharp angles, which can indicate inappropriate grouping of processes from different neurons.\n\n**Front View Analysis:**\n- The structure in the front view appears to show a consistent branching pattern without any immediate doubling back on itself.\n \n**Side View Analysis:**\n- In this projection, the branches appear more aligned and extending outward naturally. There doesn't seem to be any obvious folding back or unnatural sharp angles that could suggest a merge error.\n\n**Top View Analysis:**\n- The top view reflects branching that appears continuous and coherent, with no significant disruptions or unnatural turns observed.\n\nOverall, across all three views, the axonal paths do not display significant characteristics of merge errors such as erratic turns or sharp angles that might suggest processes from different neurons have been grouped together.\n\nTherefore, based on the observations from the provided views, it appears there is no significant evidence of a merge error in this portion of the 3D segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation views of the neuronal data show a complex branching pattern. When assessing for potential merge errors, we identify characteristics such as axonal doubling back or forming sharp angles, which can indicate inappropriate grouping of processes from different neurons.\n\n**Front View Analysis:**\n- The structure in the front view appears to show a consistent branching pattern without any immediate doubling back on itself.\n \n**Side View Analysis:**\n- In this projection, the branches appear more aligned and extending outward naturally. There doesn't seem to be any obvious folding back or unnatural sharp angles that could suggest a merge error.\n\n**Top View Analysis:**\n- The top view reflects branching that appears continuous and coherent, with no significant disruptions or unnatural turns observed.\n\nOverall, across all three views, the axonal paths do not display significant characteristics of merge errors such as erratic turns or sharp angles that might suggest processes from different neurons have been grouped together.\n\nTherefore, based on the observations from the provided views, it appears there is no significant evidence of a merge error in this portion of the 3D segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135445852818":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + } + }, + "prompt_options":[ + { + "id":"864691135445852818", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + } + ], + "id":"864691135445852818" + }, + { + "task":"split_identification", + "operation_id":256002, + "timestamp":1625155372, + "merge_coords":[ + 684602.125, + 781401.625, + 741102.625 + ], + "interface_point":[ + 684602.125, + 781401.625, + 741102.625 + ], + "base_neuron_id":"864691135445852818", + "before_root_ids":[ + 864691135445852818 + ], + "after_root_ids":[ + 864691135382790874, + 864691135155839588 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal processes from different views: front, side, and top. Merge errors in neuronal data can often be identified by unusual features such as axons doubling back or forming sharp angles, which may indicate two distinct neurons erroneously connected.\n\n1. **Front View**: The structure appears linear with no apparent doubling back or sharp angles that would suggest a merge error.\n\n2. **Side View**: The continuity of the process appears consistent, and there is no indication of the axon bending sharply after branching off, which would suggest a different neuron's process being included.\n\n3. **Top View**: Similarly, the topology looks continuous without any abrupt changes in direction or unusual branching, which may indicate a distinct process being erroneously included.\n\nGiven the analysis above, there is no clear evidence of merge errors such as doubled-back axons or sharp angular connections between different segments within the central volume viewed. The structure appears to be consistent with a single neuron's processes based on these views.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal processes from different views: front, side, and top. Merge errors in neuronal data can often be identified by unusual features such as axons doubling back or forming sharp angles, which may indicate two distinct neurons erroneously connected.\n\n1. **Front View**: The structure appears linear with no apparent doubling back or sharp angles that would suggest a merge error.\n\n2. **Side View**: The continuity of the process appears consistent, and there is no indication of the axon bending sharply after branching off, which would suggest a different neuron's process being included.\n\n3. **Top View**: Similarly, the topology looks continuous without any abrupt changes in direction or unusual branching, which may indicate a distinct process being erroneously included.\n\nGiven the analysis above, there is no clear evidence of merge errors such as doubled-back axons or sharp angular connections between different segments within the central volume viewed. The structure appears to be consistent with a single neuron's processes based on these views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135445852818":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + } + }, + "prompt_options":[ + { + "id":"864691135445852818", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135445852818_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135445852818_864691135591041291_684602_781401_741102\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":60480 + }, + "merge_coords":"684602_781401_741102", + "zoom_margin":60480 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256033, + "timestamp":1625156216, + "merge_coords":[ + 609850.5, + 472505.25, + 1005369.75 + ], + "interface_point":[ + 609850.5, + 472505.25, + 1005369.75 + ], + "base_neuron_id":"864691136089171767", + "before_root_ids":[ + 864691136089171767 + ], + "after_root_ids":[ + 864691135385631573, + 864691136952106207 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided 3D segmentation images from the front, side, and top perspectives, there are several aspects to consider when identifying potential merge errors.\n\n1. **Front View**: The branches appear densely packed and do not show any obvious doubling back or unusual angular branching in the central region, which might suggest a merge error.\n\n2. **Side View**: The branching patterns remain relatively consistent, without abrupt deviations or 90-degree angles that could indicate a problematic merge.\n\n3. **Top View**: Similar to the other views, the structures seem to continue without any conspicuous alterations that typically signify a merge error.\n\nThroughout the central region, which is the critical area for identifying such errors, the branching is consistent with that of a single neuron\u2019s axonal or dendritic processes. There are no visible signs of geometrical anomalies or morphological discontinuities that often accompany merge errors.\n\nIn summary, based on the visual information provided, there does not appear to be any indications of merge errors in this segment. The structures maintain consistent morphology across all views.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided 3D segmentation images from the front, side, and top perspectives, there are several aspects to consider when identifying potential merge errors.\n\n1. **Front View**: The branches appear densely packed and do not show any obvious doubling back or unusual angular branching in the central region, which might suggest a merge error.\n\n2. **Side View**: The branching patterns remain relatively consistent, without abrupt deviations or 90-degree angles that could indicate a problematic merge.\n\n3. **Top View**: Similar to the other views, the structures seem to continue without any conspicuous alterations that typically signify a merge error.\n\nThroughout the central region, which is the critical area for identifying such errors, the branching is consistent with that of a single neuron\u2019s axonal or dendritic processes. There are no visible signs of geometrical anomalies or morphological discontinuities that often accompany merge errors.\n\nIn summary, based on the visual information provided, there does not appear to be any indications of merge errors in this segment. The structures maintain consistent morphology across all views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136089171767":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + } + }, + "prompt_options":[ + { + "id":"864691136089171767", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + } + ], + "id":"864691136089171767" + }, + { + "task":"split_identification", + "operation_id":256033, + "timestamp":1625156216, + "merge_coords":[ + 609850.5, + 472505.25, + 1005369.75 + ], + "interface_point":[ + 609850.5, + 472505.25, + 1005369.75 + ], + "base_neuron_id":"864691136089171767", + "before_root_ids":[ + 864691136089171767 + ], + "after_root_ids":[ + 864691135385631573, + 864691136952106207 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the segmentation of the neuronal data provided, I am looking for potential merge errors, particularly in the central portion of the 3D volume.\n\n1. **Front View**: The branchings appear consistent, with no obvious signs of doubling back or extreme angles.\n\n2. **Side View**: The structure seems smooth, with a consistent branching pattern, which typically indicates no merge errors.\n\n3. **Top View**: Similar to the other views, the branching and pathways appear regular without abrupt angle changes that would suggest a merge error.\n\nOverall, the characteristics of the neuron in the images do not indicate merge errors like doubling back or aberrant ninety-degree angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the segmentation of the neuronal data provided, I am looking for potential merge errors, particularly in the central portion of the 3D volume.\n\n1. **Front View**: The branchings appear consistent, with no obvious signs of doubling back or extreme angles.\n\n2. **Side View**: The structure seems smooth, with a consistent branching pattern, which typically indicates no merge errors.\n\n3. **Top View**: Similar to the other views, the branching and pathways appear regular without abrupt angle changes that would suggest a merge error.\n\nOverall, the characteristics of the neuron in the images do not indicate merge errors like doubling back or aberrant ninety-degree angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136089171767":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + } + }, + "prompt_options":[ + { + "id":"864691136089171767", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691136089171767_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136089171767_609850_472505_1005369\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":37422 + }, + "merge_coords":"609850_472505_1005369", + "zoom_margin":37422 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256036, + "timestamp":1625156351, + "merge_coords":[ + 608499.8125, + 470819.28125, + 1007009.0 + ], + "interface_point":[ + 608499.8125, + 470819.28125, + 1007009.0 + ], + "base_neuron_id":"864691135785628356", + "before_root_ids":[ + 864691135785628356 + ], + "after_root_ids":[ + 864691135501792066, + 864691135272343569 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the presented 3D segmentation of neuronal processes, I focused on identifying possible merge errors by looking for characteristics such as aberrant axonal structure, abnormal branching, or sharp angles indicative of inappropriate merges. \n\nHere\u2019s the analysis for each view:\n\n1. **Front View:** The structure appears complex with multiple branching points, which is typical in neuronal projections. However, the branching does not show any obvious signs of abrupt doubling back or sharp ninety-degree turns that would suggest a merge error.\n\n2. **Side View:** This perspective allows examination of depth and overlapping structures. The projection here seems consistent, with the branches following a coherent path without any sudden anomalies or directional changes that might indicate a merge.\n\n3. **Top View:** This view provides insight into the distribution and spatial organization of the branches. The structures appear to branch out in a manner that aligns well with a single neuronal process. No abrupt changes or atypical branching patterns are observed at the center of the image.\n\nOverall, the branching patterns visible from all angles are consistent with typical neuronal morphology without any obvious indications of a merge error. Each view supports the continuity and single-neuron structure of the branches.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Upon examining the presented 3D segmentation of neuronal processes, I focused on identifying possible merge errors by looking for characteristics such as aberrant axonal structure, abnormal branching, or sharp angles indicative of inappropriate merges. \n\nHere\u2019s the analysis for each view:\n\n1. **Front View:** The structure appears complex with multiple branching points, which is typical in neuronal projections. However, the branching does not show any obvious signs of abrupt doubling back or sharp ninety-degree turns that would suggest a merge error.\n\n2. **Side View:** This perspective allows examination of depth and overlapping structures. The projection here seems consistent, with the branches following a coherent path without any sudden anomalies or directional changes that might indicate a merge.\n\n3. **Top View:** This view provides insight into the distribution and spatial organization of the branches. The structures appear to branch out in a manner that aligns well with a single neuronal process. No abrupt changes or atypical branching patterns are observed at the center of the image.\n\nOverall, the branching patterns visible from all angles are consistent with typical neuronal morphology without any obvious indications of a merge error. Each view supports the continuity and single-neuron structure of the branches.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135785628356":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + } + }, + "prompt_options":[ + { + "id":"864691135785628356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + } + ], + "id":"864691135785628356" + }, + { + "task":"split_identification", + "operation_id":256036, + "timestamp":1625156351, + "merge_coords":[ + 608499.8125, + 470819.28125, + 1007009.0 + ], + "interface_point":[ + 608499.8125, + 470819.28125, + 1007009.0 + ], + "base_neuron_id":"864691135785628356", + "before_root_ids":[ + 864691135785628356 + ], + "after_root_ids":[ + 864691135501792066, + 864691135272343569 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe set of images shows a 3D segment of neuronal data. To identify potential merge errors, I will look for characteristics like unusual structures where an axon appears to double back or forms a sharp ninety-degree angle\u2014these can signify improper merging of processes from different neurons.\n\n1. **Front View**: The structure appears linear but has some areas where the path seems to change direction abruptly. Further examination of these areas is needed to confirm any irregularities.\n\n2. **Side View**: The side view indicates some possible branching points. If the segment doubles back or forms an unnatural angle here, it could be indicative of a merge error.\n\n3. **Top View**: This view shows the spread of the segment. It should ideally follow a smooth trajectory similar to typical neuronal segments. Any abrupt angles or turns may suggest a merging problem.\n\nCombining these observations, we should note any inconsistency in structure characteristic of errors.\n\nIn these images, there are parts of the segment that form unexpected angles and potential doubling back. This hint towards a possible merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The set of images shows a 3D segment of neuronal data. To identify potential merge errors, I will look for characteristics like unusual structures where an axon appears to double back or forms a sharp ninety-degree angle\u2014these can signify improper merging of processes from different neurons.\n\n1. **Front View**: The structure appears linear but has some areas where the path seems to change direction abruptly. Further examination of these areas is needed to confirm any irregularities.\n\n2. **Side View**: The side view indicates some possible branching points. If the segment doubles back or forms an unnatural angle here, it could be indicative of a merge error.\n\n3. **Top View**: This view shows the spread of the segment. It should ideally follow a smooth trajectory similar to typical neuronal segments. Any abrupt angles or turns may suggest a merging problem.\n\nCombining these observations, we should note any inconsistency in structure characteristic of errors.\n\nIn these images, there are parts of the segment that form unexpected angles and potential doubling back. This hint towards a possible merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135785628356":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + } + }, + "prompt_options":[ + { + "id":"864691135785628356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135785628356_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135785628356_608499_470819_1007009\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":15876 + }, + "merge_coords":"608499_470819_1007009", + "zoom_margin":15876 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256039, + "timestamp":1625156479, + "merge_coords":[ + 608391.0, + 466347.0, + 1013460.0 + ], + "interface_point":[ + 608391.0, + 466347.0, + 1013460.0 + ], + "base_neuron_id":"864691136594757026", + "before_root_ids":[ + 864691136594757026 + ], + "after_root_ids":[ + 864691136175372038, + 864691135337973478 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon analyzing the images from the front, side, and top perspectives:\n\n1. **Front View**: The structure exhibits a generally consistent progression and branching pattern. However, there are some noticeable abrupt changes in direction which could suggest potential merge errors.\n\n2. **Side View**: The side view shows some areas where the path seems to sharply change direction, especially where branches stem from the main structure. This could be indicative of a merge error where two processes were mistakenly linked.\n\n3. **Top View**: The top view also reveals some irregular connections and potential 90-degree angles, supporting the possibility of a merge between separate neuronal processes.\n\nThe presence of these structural anomalies, such as abrupt changes in direction and sharp angles, particularly near the center of the image, suggests a possible merge error. This pattern is consistent with known indicators of merge errors in neuronal data.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon analyzing the images from the front, side, and top perspectives:\n\n1. **Front View**: The structure exhibits a generally consistent progression and branching pattern. However, there are some noticeable abrupt changes in direction which could suggest potential merge errors.\n\n2. **Side View**: The side view shows some areas where the path seems to sharply change direction, especially where branches stem from the main structure. This could be indicative of a merge error where two processes were mistakenly linked.\n\n3. **Top View**: The top view also reveals some irregular connections and potential 90-degree angles, supporting the possibility of a merge between separate neuronal processes.\n\nThe presence of these structural anomalies, such as abrupt changes in direction and sharp angles, particularly near the center of the image, suggests a possible merge error. This pattern is consistent with known indicators of merge errors in neuronal data.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136594757026":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + } + }, + "prompt_options":[ + { + "id":"864691136594757026", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + } + ], + "id":"864691136594757026" + }, + { + "task":"split_identification", + "operation_id":256039, + "timestamp":1625156479, + "merge_coords":[ + 608391.0, + 466347.0, + 1013460.0 + ], + "interface_point":[ + 608391.0, + 466347.0, + 1013460.0 + ], + "base_neuron_id":"864691136594757026", + "before_root_ids":[ + 864691136594757026 + ], + "after_root_ids":[ + 864691136175372038, + 864691135337973478 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided 3D segmentation from multiple perspectives (front, side, and top), I am analyzing the structure for any potential merge errors.\n\n1. **Front View**: The structure appears largely linear with some branching. I don't observe any significant looping back or abrupt 90-degree angles at this angle, which might indicate unexpected merges.\n\n2. **Side View**: The side view also shows a predominantly linear extension, with some subtle undulations. No evidence of axons doubling back or forming sharp angles that would suggest fracture.\n\n3. **Top View**: From this perspective, the structure remains consistent in its linearity and branching. Again, there's no presence of unusual angles or doubling back that are characteristic of merge errors.\n\nIn all views, the morphology maintains a logical neuronal distribution without signs of unusual contortions or bifurcations typical of merged segments from different neurons. The consistent and continuous extension throughout suggests that the segment is likely correctly grouped.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided 3D segmentation from multiple perspectives (front, side, and top), I am analyzing the structure for any potential merge errors.\n\n1. **Front View**: The structure appears largely linear with some branching. I don't observe any significant looping back or abrupt 90-degree angles at this angle, which might indicate unexpected merges.\n\n2. **Side View**: The side view also shows a predominantly linear extension, with some subtle undulations. No evidence of axons doubling back or forming sharp angles that would suggest fracture.\n\n3. **Top View**: From this perspective, the structure remains consistent in its linearity and branching. Again, there's no presence of unusual angles or doubling back that are characteristic of merge errors.\n\nIn all views, the morphology maintains a logical neuronal distribution without signs of unusual contortions or bifurcations typical of merged segments from different neurons. The consistent and continuous extension throughout suggests that the segment is likely correctly grouped.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136594757026":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + } + }, + "prompt_options":[ + { + "id":"864691136594757026", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691136594757026_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136594757026_608391_466347_1013460\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":13020 + }, + "merge_coords":"608391_466347_1013460", + "zoom_margin":13020 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256045, + "timestamp":1625156651, + "merge_coords":[ + 609819.0, + 466042.5, + 1028653.5 + ], + "interface_point":[ + 609819.0, + 466042.5, + 1028653.5 + ], + "base_neuron_id":"864691136444037507", + "before_root_ids":[ + 864691136444037507 + ], + "after_root_ids":[ + 864691135876246355, + 864691135334699241 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentations from the front, side, and top perspectives, we look for signs of merge errors that are common in neuronal data. These typically manifest as unnatural bends, loops, or structures that deviate from typical neuronal morphology.\n\n1. **Front View**: The structure appears elongated and branching. The majority of the branches follow a somewhat continuous path.\n\n2. **Side View**: The side perspective offers insight into the vertical alignment and can indicate potential erratic turns or loops. The branches appear relatively consistent in length without conspicuous doubleness.\n\n3. **Top View**: Here we can check for overlapping structures or branches that may connect in an awkward fashion. The overlap of branches is not apparent, which reduces the likelihood of a merge error.\n\nOverall, across the views, there are no clear indications of branching that behaves erratically, such as doubling back or joining at unusual angles. The segmentation seems to maintain a general continuity typical of a single neuron's structure without the hallmark signs of erroneous merging.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentations from the front, side, and top perspectives, we look for signs of merge errors that are common in neuronal data. These typically manifest as unnatural bends, loops, or structures that deviate from typical neuronal morphology.\n\n1. **Front View**: The structure appears elongated and branching. The majority of the branches follow a somewhat continuous path.\n\n2. **Side View**: The side perspective offers insight into the vertical alignment and can indicate potential erratic turns or loops. The branches appear relatively consistent in length without conspicuous doubleness.\n\n3. **Top View**: Here we can check for overlapping structures or branches that may connect in an awkward fashion. The overlap of branches is not apparent, which reduces the likelihood of a merge error.\n\nOverall, across the views, there are no clear indications of branching that behaves erratically, such as doubling back or joining at unusual angles. The segmentation seems to maintain a general continuity typical of a single neuron's structure without the hallmark signs of erroneous merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136444037507":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + } + }, + "prompt_options":[ + { + "id":"864691136444037507", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + } + ], + "id":"864691136444037507" + }, + { + "task":"split_identification", + "operation_id":256045, + "timestamp":1625156651, + "merge_coords":[ + 609819.0, + 466042.5, + 1028653.5 + ], + "interface_point":[ + 609819.0, + 466042.5, + 1028653.5 + ], + "base_neuron_id":"864691136444037507", + "before_root_ids":[ + 864691136444037507 + ], + "after_root_ids":[ + 864691135876246355, + 864691135334699241 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a segment of neuronal data viewed from the front, side, and top perspectives. In analyzing potential merge errors within these views, attention is focused on regions where neural processes (such as axons and dendrites) might be incorrectly grouped, indicating a need for segmentation correction.\n\n1. **Front View:**\n - The structure appears elongated with some curvature.\n - There are multiple branches visible but no prominent signs of merging, such as sharp angles or unusual loops, suggesting separate processes.\n\n2. **Side View:**\n - The segment maintains a relatively linear form without abrupt changes in direction, which would indicate a merging error.\n - There are slight undulations, but they are consistent with typical neuronal morphology.\n\n3. **Top View:**\n - This view shows more of the branching patterns.\n - No clear evidence of uncharacteristic ninety-degree angles or doubling back, which could imply processes from different neurons mistakenly joined together.\n\nConsidering these observations, the images do not display characteristics indicative of a merging error, such as unnatural angles or configurations suggestive of improperly connected processes. The segment appears consistent with a single neuronal structure.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a segment of neuronal data viewed from the front, side, and top perspectives. In analyzing potential merge errors within these views, attention is focused on regions where neural processes (such as axons and dendrites) might be incorrectly grouped, indicating a need for segmentation correction.\n\n1. **Front View:**\n - The structure appears elongated with some curvature.\n - There are multiple branches visible but no prominent signs of merging, such as sharp angles or unusual loops, suggesting separate processes.\n\n2. **Side View:**\n - The segment maintains a relatively linear form without abrupt changes in direction, which would indicate a merging error.\n - There are slight undulations, but they are consistent with typical neuronal morphology.\n\n3. **Top View:**\n - This view shows more of the branching patterns.\n - No clear evidence of uncharacteristic ninety-degree angles or doubling back, which could imply processes from different neurons mistakenly joined together.\n\nConsidering these observations, the images do not display characteristics indicative of a merging error, such as unnatural angles or configurations suggestive of improperly connected processes. The segment appears consistent with a single neuronal structure.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136444037507":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + } + }, + "prompt_options":[ + { + "id":"864691136444037507", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691136444037507_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136444037507_609819_466042_1028653\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":8904 + }, + "merge_coords":"609819_466042_1028653", + "zoom_margin":8904 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256081, + "timestamp":1625157584, + "merge_coords":[ + 679154.0, + 825888.0, + 888433.0 + ], + "interface_point":[ + 679154.0, + 825888.0, + 888433.0 + ], + "base_neuron_id":"864691136717435502", + "before_root_ids":[ + 864691136717435502 + ], + "after_root_ids":[ + 864691135155840356, + 864691135876246867 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal data from three perspectives: front, side, and top.\n\n1. **Front View Analysis**:\n - The structure spans vertically and horizontally.\n - There appear to be branches that could indicate network connections or potential areas of merging.\n\n2. **Side View Analysis**:\n - The structure is angled upwards and extends horizontally.\n - There is no evident abrupt change in direction, but the view could obscure potential merge errors.\n \n3. **Top View Analysis**:\n - The structure extends in both vertical and horizontal planes.\n - The branching patterns are more evident here, and there is a noticeable right-angle turn, which may indicate a merge error.\n\nOverall, the presence of a ninety-degree angle and the complex branching in the middle of the segments suggest the potential for a merge error. The angles and abrupt changes in the top view are particularly indicative of processes potentially belonging to different neurons being merged.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data from three perspectives: front, side, and top.\n\n1. **Front View Analysis**:\n - The structure spans vertically and horizontally.\n - There appear to be branches that could indicate network connections or potential areas of merging.\n\n2. **Side View Analysis**:\n - The structure is angled upwards and extends horizontally.\n - There is no evident abrupt change in direction, but the view could obscure potential merge errors.\n \n3. **Top View Analysis**:\n - The structure extends in both vertical and horizontal planes.\n - The branching patterns are more evident here, and there is a noticeable right-angle turn, which may indicate a merge error.\n\nOverall, the presence of a ninety-degree angle and the complex branching in the middle of the segments suggest the potential for a merge error. The angles and abrupt changes in the top view are particularly indicative of processes potentially belonging to different neurons being merged.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136717435502":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + } + }, + "prompt_options":[ + { + "id":"864691136717435502", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + } + ], + "id":"864691136717435502" + }, + { + "task":"split_identification", + "operation_id":256081, + "timestamp":1625157584, + "merge_coords":[ + 679154.0, + 825888.0, + 888433.0 + ], + "interface_point":[ + 679154.0, + 825888.0, + 888433.0 + ], + "base_neuron_id":"864691136717435502", + "before_root_ids":[ + 864691136717435502 + ], + "after_root_ids":[ + 864691135155840356, + 864691135876246867 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images show a 3D segmentation of a neuronal process from three different views: front, side, and top. We are assessing whether there are merge errors in the segmentation, indicated by unusual branching or angles consistent with connecting different neurons incorrectly.\n\n1. **Front view:**\n - There are several thin branching structures. Look for signs of branching that might suggest two different axons are mistakenly merged. In particular, any sudden directional changes or loops in the axon suggest a merge.\n\n2. **Side view:**\n - This perspective is useful for spotting major deviations that weren't apparent in the front view. Check for branches doubling back or forming unusual angles, as these can signify incorrect connections.\n\n3. **Top view:**\n - Another perspective to confirm findings from side and front views. Branches should radiate naturally from central points without sharp turns or doubling back.\n\nAnalysis of these views suggests no obvious aberrant structures, such as axons looping back or forming unnatural sharp angles, which might indicate a merge error. \n\nThe branching appears consistent and typical of a single neuron without evidence of significant disruptions suggesting merges of distinct processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of a neuronal process from three different views: front, side, and top. We are assessing whether there are merge errors in the segmentation, indicated by unusual branching or angles consistent with connecting different neurons incorrectly.\n\n1. **Front view:**\n - There are several thin branching structures. Look for signs of branching that might suggest two different axons are mistakenly merged. In particular, any sudden directional changes or loops in the axon suggest a merge.\n\n2. **Side view:**\n - This perspective is useful for spotting major deviations that weren't apparent in the front view. Check for branches doubling back or forming unusual angles, as these can signify incorrect connections.\n\n3. **Top view:**\n - Another perspective to confirm findings from side and front views. Branches should radiate naturally from central points without sharp turns or doubling back.\n\nAnalysis of these views suggests no obvious aberrant structures, such as axons looping back or forming unnatural sharp angles, which might indicate a merge error. \n\nThe branching appears consistent and typical of a single neuron without evidence of significant disruptions suggesting merges of distinct processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136717435502":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + } + }, + "prompt_options":[ + { + "id":"864691136717435502", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691136717435502_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136717435502_679154_825888_888433\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":184800 + }, + "merge_coords":"679154_825888_888433", + "zoom_margin":184800 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256087, + "timestamp":1625157875, + "merge_coords":[ + 580167.0, + 877086.0, + 885538.5 + ], + "interface_point":[ + 580167.0, + 877086.0, + 885538.5 + ], + "base_neuron_id":"864691135618423615", + "before_root_ids":[ + 864691135618423615 + ], + "after_root_ids":[ + 864691136136875133, + 864691136418825623 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nFrom the images provided, we're looking for any signs of merge errors, particularly those characterized by unnatural axonal structure. This includes the axon doubling back on itself or joining at unusual angles. Here's a summary of the observations:\n\n1. **Front View**: The structure appears relatively linear with some branching. The branches do not seem to excessively double back on themselves, but there is a slight complexity in the connections.\n\n2. **Side View**: This view shows more pronounced branching. Some branches appear to extend directly outwards, and there aren't obvious signs of the branches intersecting at sharp angles or doubling back.\n\n3. **Top View**: The structure remains mostly linear in this perspective as well, although the center section shows a complex knot of connections. However, there are no clear signs of angular intersections or looping back typical of merge errors.\n\nOverall, the branches seem to follow a coherent path compatible with processes from a single neuron. There doesn't appear to be any significant indication of the types of connectomic merge errors we are assessing, such as doubled-back or sharply-angled unnatural connections that would suggest different neurons have been merged incorrectly. \n\nTherefore, based on the available evidence from these views, it seems likely that the segment corresponds correctly to processes of a single neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"From the images provided, we're looking for any signs of merge errors, particularly those characterized by unnatural axonal structure. This includes the axon doubling back on itself or joining at unusual angles. Here's a summary of the observations:\n\n1. **Front View**: The structure appears relatively linear with some branching. The branches do not seem to excessively double back on themselves, but there is a slight complexity in the connections.\n\n2. **Side View**: This view shows more pronounced branching. Some branches appear to extend directly outwards, and there aren't obvious signs of the branches intersecting at sharp angles or doubling back.\n\n3. **Top View**: The structure remains mostly linear in this perspective as well, although the center section shows a complex knot of connections. However, there are no clear signs of angular intersections or looping back typical of merge errors.\n\nOverall, the branches seem to follow a coherent path compatible with processes from a single neuron. There doesn't appear to be any significant indication of the types of connectomic merge errors we are assessing, such as doubled-back or sharply-angled unnatural connections that would suggest different neurons have been merged incorrectly. \n\nTherefore, based on the available evidence from these views, it seems likely that the segment corresponds correctly to processes of a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135618423615":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + } + }, + "prompt_options":[ + { + "id":"864691135618423615", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + } + ], + "id":"864691135618423615" + }, + { + "task":"split_identification", + "operation_id":256087, + "timestamp":1625157875, + "merge_coords":[ + 580167.0, + 877086.0, + 885538.5 + ], + "interface_point":[ + 580167.0, + 877086.0, + 885538.5 + ], + "base_neuron_id":"864691135618423615", + "before_root_ids":[ + 864691135618423615 + ], + "after_root_ids":[ + 864691136136875133, + 864691136418825623 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided 3D segmentations from different angles, we look for signs of merge errors that are typically characterized by unusual morphological structures:\n\n1. **Front View Analysis**: The front view shows a complex structure with several branches. One potential indicator of a merge error could be if one branch doubles back on itself instead of smoothly continuing its trajectory. However, from this image alone, without distinct overlapping of branches, it's hard to identify any atypical branching that suggests a merge error.\n\n2. **Side View Analysis**: In the side view, we analyze the depth of the branches and look for angles or tight loops that could represent errors. The side view appears relatively smooth without sharp turns or doubled sections, which might indicate a merge error.\n\n3. **Top View Analysis**: The top view is crucial for observing any unexpected right-angle turns or backtracking branches\u2014hallmarks of potential merge errors. In this top view, the branches seem to extend outward in a linear or slightly curving manner without sharp angles or backtracking overlapping paths that would suggest an abrupt change as seen in typical merge errors.\n\nOverall, each perspective has been evaluated for significant deviations from the expected morphology. Without the presence of noticeable backtracking or abrupt angle changes in the central part of the volume, it doesn't strongly indicate a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided 3D segmentations from different angles, we look for signs of merge errors that are typically characterized by unusual morphological structures:\n\n1. **Front View Analysis**: The front view shows a complex structure with several branches. One potential indicator of a merge error could be if one branch doubles back on itself instead of smoothly continuing its trajectory. However, from this image alone, without distinct overlapping of branches, it's hard to identify any atypical branching that suggests a merge error.\n\n2. **Side View Analysis**: In the side view, we analyze the depth of the branches and look for angles or tight loops that could represent errors. The side view appears relatively smooth without sharp turns or doubled sections, which might indicate a merge error.\n\n3. **Top View Analysis**: The top view is crucial for observing any unexpected right-angle turns or backtracking branches\u2014hallmarks of potential merge errors. In this top view, the branches seem to extend outward in a linear or slightly curving manner without sharp angles or backtracking overlapping paths that would suggest an abrupt change as seen in typical merge errors.\n\nOverall, each perspective has been evaluated for significant deviations from the expected morphology. Without the presence of noticeable backtracking or abrupt angle changes in the central part of the volume, it doesn't strongly indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135618423615":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + } + }, + "prompt_options":[ + { + "id":"864691135618423615", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135618423615_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135618423615_580167_877086_885538\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9072 + }, + "merge_coords":"580167_877086_885538", + "zoom_margin":9072 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256090, + "timestamp":1625157980, + "merge_coords":[ + 572544.0, + 877632.0, + 886263.0 + ], + "interface_point":[ + 572544.0, + 877632.0, + 886263.0 + ], + "base_neuron_id":"864691135607506628", + "before_root_ids":[ + 864691135607506628 + ], + "after_root_ids":[ + 864691136175372294, + 864691135337973734 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images analyzed from the front, side, and top views, we are examining for possible merge errors indicative of incorrect neuron process grouping.\n\n1. **Front View:**\n - The structure appears to have a complex morphology with several branching points.\n - There doesn't seem to be any obvious features like axon doubling back or abrupt ninety-degree angles typical of merge errors.\n\n2. **Side View:**\n - The side profile reveals a largely elongated structure with some convolution, consistent with neuron processes.\n - The continuous flow without sharp changes or abnormal reorientations suggests a single neuron alignment.\n\n3. **Top View:**\n - The top view shows the structure in a linear manner without deviations or abrupt changes in direction.\n - The extensions are gradual and don't indicate any distinct secondary attachment indicative of a merge error.\n\nOverall, across all views, the structure appears continuous without the hallmark features of a merge error such as extreme bending, abrupt directional changes, or aberrant axonal formations at the center. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images analyzed from the front, side, and top views, we are examining for possible merge errors indicative of incorrect neuron process grouping.\n\n1. **Front View:**\n - The structure appears to have a complex morphology with several branching points.\n - There doesn't seem to be any obvious features like axon doubling back or abrupt ninety-degree angles typical of merge errors.\n\n2. **Side View:**\n - The side profile reveals a largely elongated structure with some convolution, consistent with neuron processes.\n - The continuous flow without sharp changes or abnormal reorientations suggests a single neuron alignment.\n\n3. **Top View:**\n - The top view shows the structure in a linear manner without deviations or abrupt changes in direction.\n - The extensions are gradual and don't indicate any distinct secondary attachment indicative of a merge error.\n\nOverall, across all views, the structure appears continuous without the hallmark features of a merge error such as extreme bending, abrupt directional changes, or aberrant axonal formations at the center.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135607506628":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135607506628", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + } + ], + "id":"864691135607506628" + }, + { + "task":"split_identification", + "operation_id":256090, + "timestamp":1625157980, + "merge_coords":[ + 572544.0, + 877632.0, + 886263.0 + ], + "interface_point":[ + 572544.0, + 877632.0, + 886263.0 + ], + "base_neuron_id":"864691135607506628", + "before_root_ids":[ + 864691135607506628 + ], + "after_root_ids":[ + 864691136175372294, + 864691135337973734 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe provided images display a 3D segmentation of a neuron from multiple views: front, side, and top. \n\n1. **Front View Analysis:**\n - The structure appears to have some complexity, with multiple branches emerging from a central core.\n - There is an area where the structure seems to double back on itself, suggesting a potential merge error.\n\n2. **Side View Analysis:**\n - The side view reveals the three-dimensional structure of the branches.\n - There is a distinct kink or sharp angle, which is unusual in natural neuronal branching, indicating a potential merge error.\n\n3. **Top View Analysis:**\n - The top view shows the arrangement of the branches more clearly across a horizontal plane.\n - There is a region where different branches seem to converge or overlap, possibly supporting the presence of a merge error.\n\n**Summary:**\nThe consistent observation of unnatural branching patterns such as doubling back and sharp angles across all views suggests there is likely a merge error in which processes from different neurons might have been grouped together. This supports the hypothesis that the segment should be split.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The provided images display a 3D segmentation of a neuron from multiple views: front, side, and top. \n\n1. **Front View Analysis:**\n - The structure appears to have some complexity, with multiple branches emerging from a central core.\n - There is an area where the structure seems to double back on itself, suggesting a potential merge error.\n\n2. **Side View Analysis:**\n - The side view reveals the three-dimensional structure of the branches.\n - There is a distinct kink or sharp angle, which is unusual in natural neuronal branching, indicating a potential merge error.\n\n3. **Top View Analysis:**\n - The top view shows the arrangement of the branches more clearly across a horizontal plane.\n - There is a region where different branches seem to converge or overlap, possibly supporting the presence of a merge error.\n\n**Summary:**\nThe consistent observation of unnatural branching patterns such as doubling back and sharp angles across all views suggests there is likely a merge error in which processes from different neurons might have been grouped together. This supports the hypothesis that the segment should be split.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135607506628":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135607506628", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135607506628_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135607506628_572544_877632_886263\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"572544_877632_886263", + "zoom_margin":4096 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256095, + "timestamp":1625158092, + "merge_coords":[ + 544887.0, + 878955.0, + 885717.0 + ], + "interface_point":[ + 544887.0, + 878955.0, + 885717.0 + ], + "base_neuron_id":"864691136952106719", + "before_root_ids":[ + 864691136952106719 + ], + "after_root_ids":[ + 864691136436698526, + 864691135850796743 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the images for potential merge errors:\n\n1. **Front View**: The structure appears to branch out with no abrupt turns or unusual changes in direction that suggest a merge error. The branching pattern seems typical for neuronal processes.\n\n2. **Side View**: There is no obvious looping back or sharp 90-degree angles indicative of a merger between two separate neuronal processes. The structure maintains a consistent direction throughout its length.\n\n3. **Top View**: Again, the structure appears to continue smoothly without any sudden direction changes or doubling back. The axonal branching seems coherent and consistent with a single neuron\u2019s processes.\n\nOverall, the visual inspection of each view does not reveal characteristics commonly associated with merge errors, such as doubling back or sharp 90-degree intersections near the center of the volume. The structure appears continuous and consistent with a single neuron\u2019s morphology.\n\nTherefore, based on these observations, it seems that there is no merge error present in this segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images for potential merge errors:\n\n1. **Front View**: The structure appears to branch out with no abrupt turns or unusual changes in direction that suggest a merge error. The branching pattern seems typical for neuronal processes.\n\n2. **Side View**: There is no obvious looping back or sharp 90-degree angles indicative of a merger between two separate neuronal processes. The structure maintains a consistent direction throughout its length.\n\n3. **Top View**: Again, the structure appears to continue smoothly without any sudden direction changes or doubling back. The axonal branching seems coherent and consistent with a single neuron\u2019s processes.\n\nOverall, the visual inspection of each view does not reveal characteristics commonly associated with merge errors, such as doubling back or sharp 90-degree intersections near the center of the volume. The structure appears continuous and consistent with a single neuron\u2019s morphology.\n\nTherefore, based on these observations, it seems that there is no merge error present in this segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136952106719":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + } + }, + "prompt_options":[ + { + "id":"864691136952106719", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + } + ], + "id":"864691136952106719" + }, + { + "task":"split_identification", + "operation_id":256095, + "timestamp":1625158092, + "merge_coords":[ + 544887.0, + 878955.0, + 885717.0 + ], + "interface_point":[ + 544887.0, + 878955.0, + 885717.0 + ], + "base_neuron_id":"864691136952106719", + "before_root_ids":[ + 864691136952106719 + ], + "after_root_ids":[ + 864691136436698526, + 864691135850796743 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images provided offer different views of what is intended to be a single neuron's processes. \n\n1. **Front View**: The structure appears complex and tortuous, which is typical for neuronal structures. However, segments that look like they are excessively overlapping or doubling back upon themselves can indicate a merge error.\n\n2. **Side View**: The thin profile of the structure from this angle makes it challenging to observe any obvious aberrations like doubling back. If the structure is too linear or shows drastic changes in trajectory, it could indicate a merge.\n\n3. **Top View**: Similar to the side view, this view should ideally be consistent without sudden sharp angles. A consistent trajectory without clear kinks would suggest a lack of merging errors.\n\nIn the given images:\n- There is a noticeable increase in complexity in overlapping regions, visible in the front view, which could imply a possible merge.\n- Side and top views show a mostly consistent structure, but careful examination of the center region might reveal potential overlaps or deviating paths.\n\nThe presence of complexity in the front view, especially central twisting or bulging, might suggest a merge error, though it is not overwhelmingly clear from the two-dimensional images. Neuronal segments naturally overlap, so some irregularity can be expected.\n\nBased on these observations, there is a possibility of a merge error due to the observed complexity, but it is not definitively clear without further details or higher resolution images.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images provided offer different views of what is intended to be a single neuron's processes. \n\n1. **Front View**: The structure appears complex and tortuous, which is typical for neuronal structures. However, segments that look like they are excessively overlapping or doubling back upon themselves can indicate a merge error.\n\n2. **Side View**: The thin profile of the structure from this angle makes it challenging to observe any obvious aberrations like doubling back. If the structure is too linear or shows drastic changes in trajectory, it could indicate a merge.\n\n3. **Top View**: Similar to the side view, this view should ideally be consistent without sudden sharp angles. A consistent trajectory without clear kinks would suggest a lack of merging errors.\n\nIn the given images:\n- There is a noticeable increase in complexity in overlapping regions, visible in the front view, which could imply a possible merge.\n- Side and top views show a mostly consistent structure, but careful examination of the center region might reveal potential overlaps or deviating paths.\n\nThe presence of complexity in the front view, especially central twisting or bulging, might suggest a merge error, though it is not overwhelmingly clear from the two-dimensional images. Neuronal segments naturally overlap, so some irregularity can be expected.\n\nBased on these observations, there is a possibility of a merge error due to the observed complexity, but it is not definitively clear without further details or higher resolution images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136952106719":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + } + }, + "prompt_options":[ + { + "id":"864691136952106719", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691136952106719_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136952106719_544887_878955_885717\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":17010 + }, + "merge_coords":"544887_878955_885717", + "zoom_margin":17010 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256144, + "timestamp":1625160183, + "merge_coords":[ + 786348.0, + 455418.0, + 1092372.0 + ], + "interface_point":[ + 786348.0, + 455418.0, + 1092372.0 + ], + "base_neuron_id":"864691134953978942", + "before_root_ids":[ + 864691134953978942 + ], + "after_root_ids":[ + 864691135692977087, + 864691136008788910 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of neuronal data from different perspectives. The structure appears elongated and branching, typical of neurites. \n\nFrom the front view, the segment has a branching pattern. There's a notable curvature in the structure, but this is common in neuronal processes. There is no clear evidence of an unnatural sharp angle or significant backtracking, which would suggest a merge error.\n\nThe side view further shows the branching with some overlap in parts of the segment. Again, the structure maintains a relatively smooth flow with no sharp bends or angles characteristic of a merge error.\n\nThe top view displays the topography of the branches. There is continuity and no sudden direction changes that would be typical of a merge error.\n\nOverall, while there are branches and curves, they appear to be part of a continuous structure typical of a single neurite without signs of a merge error such as abrupt changes in direction or unnatural connections.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of neuronal data from different perspectives. The structure appears elongated and branching, typical of neurites. \n\nFrom the front view, the segment has a branching pattern. There's a notable curvature in the structure, but this is common in neuronal processes. There is no clear evidence of an unnatural sharp angle or significant backtracking, which would suggest a merge error.\n\nThe side view further shows the branching with some overlap in parts of the segment. Again, the structure maintains a relatively smooth flow with no sharp bends or angles characteristic of a merge error.\n\nThe top view displays the topography of the branches. There is continuity and no sudden direction changes that would be typical of a merge error.\n\nOverall, while there are branches and curves, they appear to be part of a continuous structure typical of a single neurite without signs of a merge error such as abrupt changes in direction or unnatural connections.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134953978942":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134953978942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + } + ], + "id":"864691134953978942" + }, + { + "task":"split_identification", + "operation_id":256144, + "timestamp":1625160183, + "merge_coords":[ + 786348.0, + 455418.0, + 1092372.0 + ], + "interface_point":[ + 786348.0, + 455418.0, + 1092372.0 + ], + "base_neuron_id":"864691134953978942", + "before_root_ids":[ + 864691134953978942 + ], + "after_root_ids":[ + 864691135692977087, + 864691136008788910 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the 3D segmentation from the provided images, I will assess potential merge errors by checking for atypical structural characteristics.\n\n1. **Front View**: This view provides an insightful look into the shape and structure of the neuron. I'd look for any signs of irregularities such as abrupt changes in direction or unexpected angles which could indicate a merge error.\n\n2. **Side View**: This angle permits observation of the depth and spatial relations between different processes. Again, attention is paid to sudden directional changes or tight angles that aren't consistent with the natural flow expected in neuronal processes.\n\n3. **Top View**: By evaluating this perspective, it's easier to identify branching patterns that might indicate unintended joins between different neurons.\n\nAfter examining the images from different perspectives, the structure appears continuous with no visible abrupt changes or unnatural connections in its branching pattern. The segments appear linear and coherent, following expected neuronal morphology without any signs of doubling back or ninety-degree angles indicative of a merge error.\n\nTherefore, based on the observed evidence from the views, there is no indication of a merge error in this segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Analyzing the 3D segmentation from the provided images, I will assess potential merge errors by checking for atypical structural characteristics.\n\n1. **Front View**: This view provides an insightful look into the shape and structure of the neuron. I'd look for any signs of irregularities such as abrupt changes in direction or unexpected angles which could indicate a merge error.\n\n2. **Side View**: This angle permits observation of the depth and spatial relations between different processes. Again, attention is paid to sudden directional changes or tight angles that aren't consistent with the natural flow expected in neuronal processes.\n\n3. **Top View**: By evaluating this perspective, it's easier to identify branching patterns that might indicate unintended joins between different neurons.\n\nAfter examining the images from different perspectives, the structure appears continuous with no visible abrupt changes or unnatural connections in its branching pattern. The segments appear linear and coherent, following expected neuronal morphology without any signs of doubling back or ninety-degree angles indicative of a merge error.\n\nTherefore, based on the observed evidence from the views, there is no indication of a merge error in this segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134953978942":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134953978942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691134953978942_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134953978942_864691135591041291_786348_455418_1092372\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"786348_455418_1092372", + "zoom_margin":4096 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256147, + "timestamp":1625160286, + "merge_coords":[ + 784518.0, + 451080.0, + 1087562.0 + ], + "interface_point":[ + 784518.0, + 451080.0, + 1087562.0 + ], + "base_neuron_id":"864691135855937582", + "before_root_ids":[ + 864691135855937582 + ], + "after_root_ids":[ + 864691135428743216, + 864691135945808932 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the provided 3D segmentation from the front, side, and top views:\n\n1. **Front View Analysis**:\n - The structure appears largely linear, with no significant irregularities.\n - There are branches observable, but they mostly extend without suddenly looping back.\n\n2. **Side View Analysis**:\n - The branches maintain a straight path without abrupt changes in direction.\n - The overall shape follows a single directional flow, without evident doubling back.\n\n3. **Top View Analysis**:\n - Again, the structure shows continuity without sharp angles or loops near the center.\n - The branching appears natural and consistent with a single neuron's morphology.\n\nThroughout the views, I do not see evidence of the typical signs of merge errors:\n- No branches double back towards each other.\n- No sharp, unnatural angles indicative of inappropriate merging.\n\nThe morphology seems consistent with that expected from a single neuronal process, and no anomalies suggestive of an erroneous merge are apparent within the central region.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the provided 3D segmentation from the front, side, and top views:\n\n1. **Front View Analysis**:\n - The structure appears largely linear, with no significant irregularities.\n - There are branches observable, but they mostly extend without suddenly looping back.\n\n2. **Side View Analysis**:\n - The branches maintain a straight path without abrupt changes in direction.\n - The overall shape follows a single directional flow, without evident doubling back.\n\n3. **Top View Analysis**:\n - Again, the structure shows continuity without sharp angles or loops near the center.\n - The branching appears natural and consistent with a single neuron's morphology.\n\nThroughout the views, I do not see evidence of the typical signs of merge errors:\n- No branches double back towards each other.\n- No sharp, unnatural angles indicative of inappropriate merging.\n\nThe morphology seems consistent with that expected from a single neuronal process, and no anomalies suggestive of an erroneous merge are apparent within the central region.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135855937582":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + } + }, + "prompt_options":[ + { + "id":"864691135855937582", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + } + ], + "id":"864691135855937582" + }, + { + "task":"split_identification", + "operation_id":256147, + "timestamp":1625160286, + "merge_coords":[ + 784518.0, + 451080.0, + 1087562.0 + ], + "interface_point":[ + 784518.0, + 451080.0, + 1087562.0 + ], + "base_neuron_id":"864691135855937582", + "before_root_ids":[ + 864691135855937582 + ], + "after_root_ids":[ + 864691135428743216, + 864691135945808932 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nAfter examining the images from the front, side, and top perspectives, there are a few points to consider when determining the presence of merge errors. \n\n1. In the front view, the structure appears to follow a relatively linear path, but there is a noticeable branching pattern. However, it doesn't exhibit any obvious structural changes that suggest a merge error, such as sharp angular shifts or doubling back.\n\n2. The side view shows a similar branching pattern, but again, each branch appears to follow a coherent pathway. There's no indication of abrupt angular formations typical of a merge error.\n\n3. The top view provides additional context, allowing us to see the spatial distribution of the branches. While there are multiple branches, none of them exhibit the distinctive patterns that would suggest a merge, such as unnatural ninety-degree angles or doubling back.\n\nOverall, while there is complexity in the branching patterns, none of the views show evidence of significant structural irregularities that would typically indicate a merge error. The branching seems consistent with a single neuron's natural morphology.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"After examining the images from the front, side, and top perspectives, there are a few points to consider when determining the presence of merge errors. \n\n1. In the front view, the structure appears to follow a relatively linear path, but there is a noticeable branching pattern. However, it doesn't exhibit any obvious structural changes that suggest a merge error, such as sharp angular shifts or doubling back.\n\n2. The side view shows a similar branching pattern, but again, each branch appears to follow a coherent pathway. There's no indication of abrupt angular formations typical of a merge error.\n\n3. The top view provides additional context, allowing us to see the spatial distribution of the branches. While there are multiple branches, none of them exhibit the distinctive patterns that would suggest a merge, such as unnatural ninety-degree angles or doubling back.\n\nOverall, while there is complexity in the branching patterns, none of the views show evidence of significant structural irregularities that would typically indicate a merge error. The branching seems consistent with a single neuron's natural morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135855937582":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + } + }, + "prompt_options":[ + { + "id":"864691135855937582", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135855937582_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135855937582_784518_451080_1087562\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":9828 + }, + "merge_coords":"784518_451080_1087562", + "zoom_margin":9828 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256570, + "timestamp":1625585471, + "merge_coords":[ + 544320.0, + 879375.0, + 885691.8125 + ], + "interface_point":[ + 544320.0, + 879375.0, + 885691.8125 + ], + "base_neuron_id":"864691135975756867", + "before_root_ids":[ + 864691135975756867 + ], + "after_root_ids":[ + 864691135926532564, + 864691136005031626 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D images show a neuronal segment viewed from front, side, and top perspectives. In analyzing potential merge errors, we are looking for signs such as the axon doubling back after branching or forming sharp, unnatural angles\u2014common indicators of incorrect merges in connectomics data.\n\n1. **Front View:**\n - This view doesn't provide a clear indication of unnatural branching. The structure seems to follow a consistent path without doubling back.\n\n2. **Side View:**\n - This view allows examination of depth and any potential overlaps. There is no obvious doubling back. The branching appears continuous and consistent with natural branching patterns.\n\n3. **Top View:**\n - Examining from above provides an additional perspective on branching angles. Here, no structures appear to form a ninety-degree angle or display a doubling back pattern typical of a merge error.\n\nAll views together do not show evidence of unnatural connections typically indicative of merge errors. The structures appear to reflect typical neuronal processes without the common merge error patterns described.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D images show a neuronal segment viewed from front, side, and top perspectives. In analyzing potential merge errors, we are looking for signs such as the axon doubling back after branching or forming sharp, unnatural angles\u2014common indicators of incorrect merges in connectomics data.\n\n1. **Front View:**\n - This view doesn't provide a clear indication of unnatural branching. The structure seems to follow a consistent path without doubling back.\n\n2. **Side View:**\n - This view allows examination of depth and any potential overlaps. There is no obvious doubling back. The branching appears continuous and consistent with natural branching patterns.\n\n3. **Top View:**\n - Examining from above provides an additional perspective on branching angles. Here, no structures appear to form a ninety-degree angle or display a doubling back pattern typical of a merge error.\n\nAll views together do not show evidence of unnatural connections typically indicative of merge errors. The structures appear to reflect typical neuronal processes without the common merge error patterns described.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135975756867":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135975756867", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + } + ], + "id":"864691135975756867" + }, + { + "task":"split_identification", + "operation_id":256570, + "timestamp":1625585471, + "merge_coords":[ + 544320.0, + 879375.0, + 885691.8125 + ], + "interface_point":[ + 544320.0, + 879375.0, + 885691.8125 + ], + "base_neuron_id":"864691135975756867", + "before_root_ids":[ + 864691135975756867 + ], + "after_root_ids":[ + 864691135926532564, + 864691136005031626 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the images from the front, side, and top views, there is no evident indication of a merge error. The segment does not show any aberrant axonal structure such as doubling back or forming a ninety-degree angle at a junction point. The structure appears continuous and consistent across all views, suggesting a single neuronal process without any distinct or dramatic alterations that would suggest a merge from a different neuron.\n\nIn the front view, the segment presents a relatively straightforward morphology without sharp turns or unexpected branches. The side view further supports this observation, illustrating a primarily linear path with some mild undulations. The top view similarly maintains a cohesive and aligned structure.\n\nTogether, these views do not exhibit characteristics typical of a merge error, such as abrupt directional changes or irregular branching patterns.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images from the front, side, and top views, there is no evident indication of a merge error. The segment does not show any aberrant axonal structure such as doubling back or forming a ninety-degree angle at a junction point. The structure appears continuous and consistent across all views, suggesting a single neuronal process without any distinct or dramatic alterations that would suggest a merge from a different neuron.\n\nIn the front view, the segment presents a relatively straightforward morphology without sharp turns or unexpected branches. The side view further supports this observation, illustrating a primarily linear path with some mild undulations. The top view similarly maintains a cohesive and aligned structure.\n\nTogether, these views do not exhibit characteristics typical of a merge error, such as abrupt directional changes or irregular branching patterns.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135975756867":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135975756867", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135975756867_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691135975756867_544320_879375_885691\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"544320_879375_885691", + "zoom_margin":4096 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256575, + "timestamp":1625585847, + "merge_coords":[ + 523839.75, + 881758.5, + 884021.25 + ], + "interface_point":[ + 523839.75, + 881758.5, + 884021.25 + ], + "base_neuron_id":"864691135359149912", + "before_root_ids":[ + 864691135359149912 + ], + "after_root_ids":[ + 864691136309933658, + 864691135474890560 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show different views (front, side, and top) of a 3D segmentation of neuronal data. The task is to identify any merge errors, which typically appear as unnatural structures such as abrupt ninety degree angles or segments doubling back, indicating the processes of different neurons may have been incorrectly merged.\n\n1. **Front View**: The structure appears complex with some potential branching. However, there is no immediate sign of unnatural angles or doubling back.\n\n2. **Side View**: The segment looks relatively elongated and consistent without obvious sharp angles or overlapping, which is typical in cases of merge errors.\n\n3. **Top View**: The continuity of the structure seems intact without significant abnormalities or irregular loops.\n\nOverall, the images do not display clear indications of merge errors such as unusual angles or folded segments. The structure is continuous and consistent across views, suggesting that the segmentation likely corresponds to a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show different views (front, side, and top) of a 3D segmentation of neuronal data. The task is to identify any merge errors, which typically appear as unnatural structures such as abrupt ninety degree angles or segments doubling back, indicating the processes of different neurons may have been incorrectly merged.\n\n1. **Front View**: The structure appears complex with some potential branching. However, there is no immediate sign of unnatural angles or doubling back.\n\n2. **Side View**: The segment looks relatively elongated and consistent without obvious sharp angles or overlapping, which is typical in cases of merge errors.\n\n3. **Top View**: The continuity of the structure seems intact without significant abnormalities or irregular loops.\n\nOverall, the images do not display clear indications of merge errors such as unusual angles or folded segments. The structure is continuous and consistent across views, suggesting that the segmentation likely corresponds to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135359149912":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + } + }, + "prompt_options":[ + { + "id":"864691135359149912", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + } + ], + "id":"864691135359149912" + }, + { + "task":"split_identification", + "operation_id":256575, + "timestamp":1625585847, + "merge_coords":[ + 523839.75, + 881758.5, + 884021.25 + ], + "interface_point":[ + 523839.75, + 881758.5, + 884021.25 + ], + "base_neuron_id":"864691135359149912", + "before_root_ids":[ + 864691135359149912 + ], + "after_root_ids":[ + 864691136309933658, + 864691135474890560 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D segmentation from the front, side, and top views, the following observations can be made:\n\n1. **Front View:** The structure appears to have connections that may not seem characteristic of typical neuronal processes. There is a potential doubling-back of the structure which could suggest a merge error.\n \n2. **Side View:** The processes appear to be elongated and closely aligned. However, there are regions where segments form sharp angles, such as ninety-degree turns, which is indicative of a potential merge.\n\n3. **Top View:** Similar to the side view, there is evidence of non-linear alignment which could suggest improper merging.\n\nOverall, the presence of unexpected angles and possible segment doubling-back are indicative of potential merge errors in the segmentation. Therefore, a split may be necessary to correct these errors.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the front, side, and top views, the following observations can be made:\n\n1. **Front View:** The structure appears to have connections that may not seem characteristic of typical neuronal processes. There is a potential doubling-back of the structure which could suggest a merge error.\n \n2. **Side View:** The processes appear to be elongated and closely aligned. However, there are regions where segments form sharp angles, such as ninety-degree turns, which is indicative of a potential merge.\n\n3. **Top View:** Similar to the side view, there is evidence of non-linear alignment which could suggest improper merging.\n\nOverall, the presence of unexpected angles and possible segment doubling-back are indicative of potential merge errors in the segmentation. Therefore, a split may be necessary to correct these errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135359149912":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + } + }, + "prompt_options":[ + { + "id":"864691135359149912", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135359149912_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359149912_864691135591041291_523839_881758_884021\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4788 + }, + "merge_coords":"523839_881758_884021", + "zoom_margin":4788 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256577, + "timestamp":1625586073, + "merge_coords":[ + 520731.75, + 881997.375, + 884312.625 + ], + "interface_point":[ + 520731.75, + 881997.375, + 884312.625 + ], + "base_neuron_id":"864691134813472181", + "before_root_ids":[ + 864691134813472181 + ], + "after_root_ids":[ + 864691136329177066, + 864691136116391588 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segment viewed from different perspectives shows a structure that seems to have a complex shape. From the images, here is a breakdown of potential issues:\n\n1. **Front View**: The segment appears to have multiple branches, with some segments doubling back or intertwining in a manner that might suggest a merge error.\n\n2. **Side View**: The segment appears elongated, but with sections that turn and fold back. The linearity of the axons is interrupted, which can be indicative of a merge.\n\n3. **Top View**: The segment demonstrates an unusual curvature and potential looping. The contours do not maintain a uniform trajectory but instead show sudden changes in direction.\n\nGiven the overall complexity and potential interlocking shapes in the images, these characteristics could suggest inappropriate merging of neuron processes. Specifically, the segment shows traits such as doubling back and forming sharp angles, which align with common indicators of merge errors.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The 3D segment viewed from different perspectives shows a structure that seems to have a complex shape. From the images, here is a breakdown of potential issues:\n\n1. **Front View**: The segment appears to have multiple branches, with some segments doubling back or intertwining in a manner that might suggest a merge error.\n\n2. **Side View**: The segment appears elongated, but with sections that turn and fold back. The linearity of the axons is interrupted, which can be indicative of a merge.\n\n3. **Top View**: The segment demonstrates an unusual curvature and potential looping. The contours do not maintain a uniform trajectory but instead show sudden changes in direction.\n\nGiven the overall complexity and potential interlocking shapes in the images, these characteristics could suggest inappropriate merging of neuron processes. Specifically, the segment shows traits such as doubling back and forming sharp angles, which align with common indicators of merge errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691134813472181":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134813472181", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + } + ], + "id":"864691134813472181" + }, + { + "task":"split_identification", + "operation_id":256577, + "timestamp":1625586073, + "merge_coords":[ + 520731.75, + 881997.375, + 884312.625 + ], + "interface_point":[ + 520731.75, + 881997.375, + 884312.625 + ], + "base_neuron_id":"864691134813472181", + "before_root_ids":[ + 864691134813472181 + ], + "after_root_ids":[ + 864691136329177066, + 864691136116391588 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the given segment from the front, side, and top views, we notice the following:\n\n1. **Front View**: The segment appears to have a twisting and curving structure, which is typical for neuronal processes. There is no apparent doubling back or sharp angles that would indicate a merge error.\n\n2. **Side View**: The structure appears relatively linear and smooth. There are no abrupt directional changes or extensions that suggest an incorrect connection between segments.\n\n3. **Top View**: Similar to the side view, the top perspective shows a smooth and continuous trajectory without any sharp angles or doubling back.\n\nOverall, the segment displays a consistent and continuous morphology across all views. There are no noticeable features that typically suggest a merge error, such as sharp angles or looping back, particularly in the center of the volume where merge issues are most critical to identify.\n\nConsidering the observations from all three perspectives, there is no significant indication of segment merging that would necessitate splitting the segment apart.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the given segment from the front, side, and top views, we notice the following:\n\n1. **Front View**: The segment appears to have a twisting and curving structure, which is typical for neuronal processes. There is no apparent doubling back or sharp angles that would indicate a merge error.\n\n2. **Side View**: The structure appears relatively linear and smooth. There are no abrupt directional changes or extensions that suggest an incorrect connection between segments.\n\n3. **Top View**: Similar to the side view, the top perspective shows a smooth and continuous trajectory without any sharp angles or doubling back.\n\nOverall, the segment displays a consistent and continuous morphology across all views. There are no noticeable features that typically suggest a merge error, such as sharp angles or looping back, particularly in the center of the volume where merge issues are most critical to identify.\n\nConsidering the observations from all three perspectives, there is no significant indication of segment merging that would necessitate splitting the segment apart.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134813472181":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134813472181", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691134813472181_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134813472181_864691135591041291_520731_881997_884312\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"520731_881997_884312", + "zoom_margin":4096 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256578, + "timestamp":1625586097, + "merge_coords":[ + 519214.5, + 881433.0, + 884243.5 + ], + "interface_point":[ + 519214.5, + 881433.0, + 884243.5 + ], + "base_neuron_id":"864691136329177066", + "before_root_ids":[ + 864691136329177066 + ], + "after_root_ids":[ + 864691135700536443, + 864691135939856806 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images, we are examining the structure for potential merge errors. Merge errors in neuronal data often manifest as unnatural formations, where separate neuronal processes are incorrectly combined into one.\n\n**Front View:**\nThe structure appears to have complex twisting and turning. Such convolutions might indicate possible merging. The branches seem to change directions sharply.\n\n**Side View:**\nFrom this perspective, the structure appears elongated with parts that may twist back on themselves or intersect, suggesting potential areas where distinct processes have been incorrectly merged.\n\n**Top View:**\nThe top view reveals paths that intersect and run parallel in spots, suggesting branches that may belong to different neurons being joined together. The presence of angular joins and paths folding back on themselves indicates errors.\n\nThe presence of abrupt angles, such as ninety-degree turns, and twists in the same segment supports a potential merge error hypothesis.\n\nBased on these observations, the neuronal processes may not all belong to a single neuron, and the segment might require splitting to correct the merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are examining the structure for potential merge errors. Merge errors in neuronal data often manifest as unnatural formations, where separate neuronal processes are incorrectly combined into one.\n\n**Front View:**\nThe structure appears to have complex twisting and turning. Such convolutions might indicate possible merging. The branches seem to change directions sharply.\n\n**Side View:**\nFrom this perspective, the structure appears elongated with parts that may twist back on themselves or intersect, suggesting potential areas where distinct processes have been incorrectly merged.\n\n**Top View:**\nThe top view reveals paths that intersect and run parallel in spots, suggesting branches that may belong to different neurons being joined together. The presence of angular joins and paths folding back on themselves indicates errors.\n\nThe presence of abrupt angles, such as ninety-degree turns, and twists in the same segment supports a potential merge error hypothesis.\n\nBased on these observations, the neuronal processes may not all belong to a single neuron, and the segment might require splitting to correct the merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136329177066":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + } + }, + "prompt_options":[ + { + "id":"864691136329177066", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + } + ], + "id":"864691136329177066" + }, + { + "task":"split_identification", + "operation_id":256578, + "timestamp":1625586097, + "merge_coords":[ + 519214.5, + 881433.0, + 884243.5 + ], + "interface_point":[ + 519214.5, + 881433.0, + 884243.5 + ], + "base_neuron_id":"864691136329177066", + "before_root_ids":[ + 864691136329177066 + ], + "after_root_ids":[ + 864691135700536443, + 864691135939856806 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a segment of neuronal data from three perspectives: front, side, and top. The goal is to identify any merge errors, which could indicate the inappropriate grouping of processes from different neurons.\n\n1. **Front View:**\n - The structure appears contorted with several bends and loops.\n - There is an abrupt change in direction, suggesting a possible merge point.\n\n2. **Side View:**\n - The segment shows a relatively linear structure but with some areas deviating sharply.\n - These deviations could indicate attachment of processes from another neuron.\n\n3. **Top View:**\n - Similar to the side view, it shows a predominantly linear structure with sharp angular changes.\n - The angle and change in direction could be indicative of a merge error.\n\nThe combination of these observations, especially the sharp angles and abrupt changes in direction, suggests that there may be a merge error, possibly where two separate processes were incorrectly grouped together. These features are typical signs of a merge error in neuronal connectomics data.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided show a segment of neuronal data from three perspectives: front, side, and top. The goal is to identify any merge errors, which could indicate the inappropriate grouping of processes from different neurons.\n\n1. **Front View:**\n - The structure appears contorted with several bends and loops.\n - There is an abrupt change in direction, suggesting a possible merge point.\n\n2. **Side View:**\n - The segment shows a relatively linear structure but with some areas deviating sharply.\n - These deviations could indicate attachment of processes from another neuron.\n\n3. **Top View:**\n - Similar to the side view, it shows a predominantly linear structure with sharp angular changes.\n - The angle and change in direction could be indicative of a merge error.\n\nThe combination of these observations, especially the sharp angles and abrupt changes in direction, suggests that there may be a merge error, possibly where two separate processes were incorrectly grouped together. These features are typical signs of a merge error in neuronal connectomics data.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136329177066":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + } + }, + "prompt_options":[ + { + "id":"864691136329177066", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691136329177066_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136329177066_519214_881433_884243\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":6006 + }, + "merge_coords":"519214_881433_884243", + "zoom_margin":6006 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256589, + "timestamp":1625586913, + "merge_coords":[ + 481183.5, + 769629.0, + 992071.5 + ], + "interface_point":[ + 481183.5, + 769629.0, + 992071.5 + ], + "base_neuron_id":"864691136005032138", + "before_root_ids":[ + 864691136005032138 + ], + "after_root_ids":[ + 864691136973909532, + 864691136740687964 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provide three perspectives of a neuronal segment, each designed to help identify potential merge errors in the 3D reconstruction. Let's analyze each view for signs of incorrect merging, such as unusual axonal twisting or branching patterns.\n\n1. **Front View:**\n - The branching structure appears to be radiating from a central point, which is typical for dendritic and axonal growth.\n - There are no obvious signs of unnatural bends or excessive overlapping of branches that suggest merging of segments from different neurons.\n\n2. **Side View:**\n - The visual complexity is consistent with various dendritic branches and slight curvatures.\n - I do not observe a significant ninety-degree angle or branches appearing to reverse direction abruptly.\n \n3. **Top View:**\n - The distribution of branches continues to look uniform and radiates naturally from a central region.\n - Again, no doubling back or sharp angles indicative of merge errors are present.\n\nOverall, there are no clear signs of merge errors such as axonal doubling back or forming unnatural angles. The branching pattern seems consistent with a single neuron's structure without aberrations typical of merge errors. \n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"The images provide three perspectives of a neuronal segment, each designed to help identify potential merge errors in the 3D reconstruction. Let's analyze each view for signs of incorrect merging, such as unusual axonal twisting or branching patterns.\n\n1. **Front View:**\n - The branching structure appears to be radiating from a central point, which is typical for dendritic and axonal growth.\n - There are no obvious signs of unnatural bends or excessive overlapping of branches that suggest merging of segments from different neurons.\n\n2. **Side View:**\n - The visual complexity is consistent with various dendritic branches and slight curvatures.\n - I do not observe a significant ninety-degree angle or branches appearing to reverse direction abruptly.\n \n3. **Top View:**\n - The distribution of branches continues to look uniform and radiates naturally from a central region.\n - Again, no doubling back or sharp angles indicative of merge errors are present.\n\nOverall, there are no clear signs of merge errors such as axonal doubling back or forming unnatural angles. The branching pattern seems consistent with a single neuron's structure without aberrations typical of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136005032138":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + } + }, + "prompt_options":[ + { + "id":"864691136005032138", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + } + ], + "id":"864691136005032138" + }, + { + "task":"split_identification", + "operation_id":256589, + "timestamp":1625586913, + "merge_coords":[ + 481183.5, + 769629.0, + 992071.5 + ], + "interface_point":[ + 481183.5, + 769629.0, + 992071.5 + ], + "base_neuron_id":"864691136005032138", + "before_root_ids":[ + 864691136005032138 + ], + "after_root_ids":[ + 864691136973909532, + 864691136740687964 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show three different views (front, side, top) of a segmented neuronal structure. The goal is to identify potential merge errors in the segmentation data, typically characterized by unusual morphological features such as axons making sharp angles or bifurcating in unnatural ways.\n\n1. **Front View Analysis**: The segment appears to have a consistent trajectory without significant anomalies like sharp ninety-degree angles or unnatural bifurcations.\n\n2. **Side View Analysis**: Similarly, the side view does not reveal any sharp deviations, excessive looping back, or unnatural angles that would suggest a merge error.\n\n3. **Top View Analysis**: The top view maintains a generally smooth path, without abrupt structural changes or indications of separate neuronal processes being incorrectly merged.\n\nAcross all three perspectives, the structure of the neuron seems continuous and lacks the common indicators of merge errors. The segment displays a natural morphology consistent with a single neuronal process. \n\nTherefore, based on the visual evidence from all three views, there are no signs of a merge error in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show three different views (front, side, top) of a segmented neuronal structure. The goal is to identify potential merge errors in the segmentation data, typically characterized by unusual morphological features such as axons making sharp angles or bifurcating in unnatural ways.\n\n1. **Front View Analysis**: The segment appears to have a consistent trajectory without significant anomalies like sharp ninety-degree angles or unnatural bifurcations.\n\n2. **Side View Analysis**: Similarly, the side view does not reveal any sharp deviations, excessive looping back, or unnatural angles that would suggest a merge error.\n\n3. **Top View Analysis**: The top view maintains a generally smooth path, without abrupt structural changes or indications of separate neuronal processes being incorrectly merged.\n\nAcross all three perspectives, the structure of the neuron seems continuous and lacks the common indicators of merge errors. The segment displays a natural morphology consistent with a single neuronal process. \n\nTherefore, based on the visual evidence from all three views, there are no signs of a merge error in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136005032138":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + } + }, + "prompt_options":[ + { + "id":"864691136005032138", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691136005032138_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136005032138_481183_769629_992071\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":35028 + }, + "merge_coords":"481183_769629_992071", + "zoom_margin":35028 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":256591, + "timestamp":1625587008, + "merge_coords":[ + 480679.5, + 768652.5, + 992670.0 + ], + "interface_point":[ + 480679.5, + 768652.5, + 992670.0 + ], + "base_neuron_id":"864691136134674827", + "before_root_ids":[ + 864691136134674827 + ], + "after_root_ids":[ + 864691135926533076, + 864691136005032394 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D volume images show a segmented neuronal process from front, side, and top perspectives. To determine if there is a merge error, I look for characteristics such as the axon doubling back or forming unusual angles.\n\n1. **Front View**: The structure appears to follow a relatively normal path with slight branching. However, it lacks any evident doubling back or sharp ninety-degree turns.\n\n2. **Side View**: The side perspective reveals a more straightforward linear structure without any sharp angles or abrupt changes in direction typical of merge errors. The branches also seem to flow naturally, consistent with a continuous neuronal process.\n\n3. **Top View**: This view supports the observations from the other perspectives, showing a smooth, continuous path. The connections between branches seem to align well with typical neuronal morphology.\n\nOverall, the segment appears to maintain a continuous and consistent pathway through the 3D space with no evident signs of merging errors, such as unusual turns or unexpected pathways.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D volume images show a segmented neuronal process from front, side, and top perspectives. To determine if there is a merge error, I look for characteristics such as the axon doubling back or forming unusual angles.\n\n1. **Front View**: The structure appears to follow a relatively normal path with slight branching. However, it lacks any evident doubling back or sharp ninety-degree turns.\n\n2. **Side View**: The side perspective reveals a more straightforward linear structure without any sharp angles or abrupt changes in direction typical of merge errors. The branches also seem to flow naturally, consistent with a continuous neuronal process.\n\n3. **Top View**: This view supports the observations from the other perspectives, showing a smooth, continuous path. The connections between branches seem to align well with typical neuronal morphology.\n\nOverall, the segment appears to maintain a continuous and consistent pathway through the 3D space with no evident signs of merging errors, such as unusual turns or unexpected pathways.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136134674827":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + } + }, + "prompt_options":[ + { + "id":"864691136134674827", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + } + ], + "id":"864691136134674827" + }, + { + "task":"split_identification", + "operation_id":256591, + "timestamp":1625587008, + "merge_coords":[ + 480679.5, + 768652.5, + 992670.0 + ], + "interface_point":[ + 480679.5, + 768652.5, + 992670.0 + ], + "base_neuron_id":"864691136134674827", + "before_root_ids":[ + 864691136134674827 + ], + "after_root_ids":[ + 864691135926533076, + 864691136005032394 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provide three different views (front, side, top) of a neuronal segment. To identify merge errors, I will examine each view for signs of unnatural branching or abrupt changes in direction that are typically indicative of such errors.\n\n1. **Front View:**\n - The neuronal process extends across the image. There are no apparent sharp turns or doubling back that would typically signal a merge error.\n\n2. **Side View:**\n - The side view shows a more jagged pattern, but again lacks any severe 90-degree angles or noticeable doubling back behavior that might indicate a process from a different neuron being erroneously included.\n\n3. **Top View:**\n - The structure appears consistent and smooth without unusual twists or turns that are typical of a merge error.\n\nIn all views, while the processes are undulating, none display the hallmark sharp angles or return loops that typically suggest merge errors. The morphology seems consistent with typical neuronal structures.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provide three different views (front, side, top) of a neuronal segment. To identify merge errors, I will examine each view for signs of unnatural branching or abrupt changes in direction that are typically indicative of such errors.\n\n1. **Front View:**\n - The neuronal process extends across the image. There are no apparent sharp turns or doubling back that would typically signal a merge error.\n\n2. **Side View:**\n - The side view shows a more jagged pattern, but again lacks any severe 90-degree angles or noticeable doubling back behavior that might indicate a process from a different neuron being erroneously included.\n\n3. **Top View:**\n - The structure appears consistent and smooth without unusual twists or turns that are typical of a merge error.\n\nIn all views, while the processes are undulating, none display the hallmark sharp angles or return loops that typically suggest merge errors. The morphology seems consistent with typical neuronal structures.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136134674827":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + } + }, + "prompt_options":[ + { + "id":"864691136134674827", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691136134674827_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136134674827_480679_768652_992670\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":18564 + }, + "merge_coords":"480679_768652_992670", + "zoom_margin":18564 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":257857, + "timestamp":1626093553, + "merge_coords":[ + 1240549.0, + 664703.125, + 763305.5 + ], + "interface_point":[ + 1240549.0, + 664703.125, + 763305.5 + ], + "base_neuron_id":"864691135011338841", + "before_root_ids":[ + 864691135011338841 + ], + "after_root_ids":[ + 864691135730487481, + 864691136436704158 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images of the neuron are shown from three different perspectives: front, side, and top.\n\n1. **Front View Analysis**: \n - The structure appears elongated with multiple branches. There seems to be a complexity in the branching, but no immediate sign of doubling back or unnatural right angles in this view. \n\n2. **Side View Analysis**: \n - In this view, the complexity is evident, with the neuron appearing to extend in various directions. There is one part where branching looks more pronounced and could suggest an atypical geometry. However, without distinct right angles, it might not conclusively indicate a merge error.\n\n3. **Top View Analysis**: \n - Similar to the side view, the structure shows a sprawling form. The branches do not present clear signs of 90-degree angles or doubling back that would typically suggest a merge error. \n\nAcross all views, while there is branching, the absence of distinct merging characteristics like sharp turns or obvious doubling back at junction points supports the conclusion that this segment likely belongs to a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images of the neuron are shown from three different perspectives: front, side, and top.\n\n1. **Front View Analysis**: \n - The structure appears elongated with multiple branches. There seems to be a complexity in the branching, but no immediate sign of doubling back or unnatural right angles in this view. \n\n2. **Side View Analysis**: \n - In this view, the complexity is evident, with the neuron appearing to extend in various directions. There is one part where branching looks more pronounced and could suggest an atypical geometry. However, without distinct right angles, it might not conclusively indicate a merge error.\n\n3. **Top View Analysis**: \n - Similar to the side view, the structure shows a sprawling form. The branches do not present clear signs of 90-degree angles or doubling back that would typically suggest a merge error. \n\nAcross all views, while there is branching, the absence of distinct merging characteristics like sharp turns or obvious doubling back at junction points supports the conclusion that this segment likely belongs to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135011338841":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + } + }, + "prompt_options":[ + { + "id":"864691135011338841", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + } + ], + "id":"864691135011338841" + }, + { + "task":"split_identification", + "operation_id":257857, + "timestamp":1626093553, + "merge_coords":[ + 1240549.0, + 664703.125, + 763305.5 + ], + "interface_point":[ + 1240549.0, + 664703.125, + 763305.5 + ], + "base_neuron_id":"864691135011338841", + "before_root_ids":[ + 864691135011338841 + ], + "after_root_ids":[ + 864691135730487481, + 864691136436704158 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images display a 3D segmentation of neuronal data from three perspectives: front, side, and top. A potential merge error is characterized by atypical structures such as the axon branching and then folding back on itself, or forming sharp angles when joining another segment.\n\n1. **Front View:** The structure appears fragmented with no clear, consistent pattern of branching. There are noticeable irregularities and points where the segment sharply redirects.\n\n2. **Side View:** The segment shows an inconsistent pattern, with points that suggest unnatural bending or folding, indicative of possible merging with another segment.\n\n3. **Top View:** Similar to the front view, the segment displays uneven patterns and abrupt directional changes, which could signify a merge error.\n\nOverall, the structure presented across the three views suggests potential unnatural merges due to the described characteristics, such as sharp angles and inconsistent branching patterns. These observations align with typical indicators of merge errors in neuronal data.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The provided images display a 3D segmentation of neuronal data from three perspectives: front, side, and top. A potential merge error is characterized by atypical structures such as the axon branching and then folding back on itself, or forming sharp angles when joining another segment.\n\n1. **Front View:** The structure appears fragmented with no clear, consistent pattern of branching. There are noticeable irregularities and points where the segment sharply redirects.\n\n2. **Side View:** The segment shows an inconsistent pattern, with points that suggest unnatural bending or folding, indicative of possible merging with another segment.\n\n3. **Top View:** Similar to the front view, the segment displays uneven patterns and abrupt directional changes, which could signify a merge error.\n\nOverall, the structure presented across the three views suggests potential unnatural merges due to the described characteristics, such as sharp angles and inconsistent branching patterns. These observations align with typical indicators of merge errors in neuronal data.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135011338841":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + } + }, + "prompt_options":[ + { + "id":"864691135011338841", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135011338841_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135011338841_864691135591041291_1240549_664703_763305\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"1240549_664703_763305", + "zoom_margin":4410 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":257869, + "timestamp":1626094726, + "merge_coords":[ + 1258376.0, + 554155.0, + 760175.5 + ], + "interface_point":[ + 1258376.0, + 554155.0, + 760175.5 + ], + "base_neuron_id":"864691136740691292", + "before_root_ids":[ + 864691136740691292 + ], + "after_root_ids":[ + 864691135684365239, + 864691135841278691 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of a neuron with different views: front, side, and top. When analyzing for potential merge errors in neuronal data, we are looking for indications such as abnormal structures or paths that suggest processes from different neurons have been grouped together.\n\n1. **Front View Analysis:**\n - The structure appears to extend and branch without any noticeable sharp angles or doubling back.\n\n2. **Side View Analysis:**\n - Similar to the front view, the extensions appear continuous with no sudden changes in direction. There's no sign of branching back on itself.\n\n3. **Top View Analysis:**\n - Consistency is observed in the branching patterns and path continuity. No right angles or abnormal crossings that suggest merging different axons.\n\nAcross all views, there is no clear evidence of a structural anomaly that would typically indicate a merge error, such as doubling back or forming a sharp angle. The branches appear to be part of a continuous structure that is characteristic of a single neuron's process.\n\nIn summary, the structure in the analyzed segmentation does not show evidence of merge errors based on the criteria provided.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of a neuron with different views: front, side, and top. When analyzing for potential merge errors in neuronal data, we are looking for indications such as abnormal structures or paths that suggest processes from different neurons have been grouped together.\n\n1. **Front View Analysis:**\n - The structure appears to extend and branch without any noticeable sharp angles or doubling back.\n\n2. **Side View Analysis:**\n - Similar to the front view, the extensions appear continuous with no sudden changes in direction. There's no sign of branching back on itself.\n\n3. **Top View Analysis:**\n - Consistency is observed in the branching patterns and path continuity. No right angles or abnormal crossings that suggest merging different axons.\n\nAcross all views, there is no clear evidence of a structural anomaly that would typically indicate a merge error, such as doubling back or forming a sharp angle. The branches appear to be part of a continuous structure that is characteristic of a single neuron's process.\n\nIn summary, the structure in the analyzed segmentation does not show evidence of merge errors based on the criteria provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136740691292":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + } + }, + "prompt_options":[ + { + "id":"864691136740691292", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + } + ], + "id":"864691136740691292" + }, + { + "task":"split_identification", + "operation_id":257869, + "timestamp":1626094726, + "merge_coords":[ + 1258376.0, + 554155.0, + 760175.5 + ], + "interface_point":[ + 1258376.0, + 554155.0, + 760175.5 + ], + "base_neuron_id":"864691136740691292", + "before_root_ids":[ + 864691136740691292 + ], + "after_root_ids":[ + 864691135684365239, + 864691135841278691 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the provided images from the three perspectives (front, side, top), attention is focused on identifying any signs of merge errors characterized by structural abnormalities.\n\n1. **Front View**: The structure appears to follow a relatively coherent path without abrupt changes in direction or sharp angles that would suggest the merging of different neuronal processes. The contour maintains a steady pattern without noticeable disruptions.\n\n2. **Side View**: The side view also shows a consistent path. There is no visible sign of the axon doubling back or forming an unusual sharp bend. The path seems continuous with no apparent interruptions or anomalies that would indicate a merge error.\n\n3. **Top View**: Similar to the other views, the top view does not display any sudden ninety-degree angles or deviations that would suggest the presence of a merge error. The segment appears to maintain its continuity throughout.\n\nGiven these observations, there is no strong evidence of a merge error within this segment. The neuronal processes in the images appear to belong to a single neuron without inappropriate merging.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided images from the three perspectives (front, side, top), attention is focused on identifying any signs of merge errors characterized by structural abnormalities.\n\n1. **Front View**: The structure appears to follow a relatively coherent path without abrupt changes in direction or sharp angles that would suggest the merging of different neuronal processes. The contour maintains a steady pattern without noticeable disruptions.\n\n2. **Side View**: The side view also shows a consistent path. There is no visible sign of the axon doubling back or forming an unusual sharp bend. The path seems continuous with no apparent interruptions or anomalies that would indicate a merge error.\n\n3. **Top View**: Similar to the other views, the top view does not display any sudden ninety-degree angles or deviations that would suggest the presence of a merge error. The segment appears to maintain its continuity throughout.\n\nGiven these observations, there is no strong evidence of a merge error within this segment. The neuronal processes in the images appear to belong to a single neuron without inappropriate merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136740691292":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + } + }, + "prompt_options":[ + { + "id":"864691136740691292", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691136740691292_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136740691292_1258376_554155_760175\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":21462 + }, + "merge_coords":"1258376_554155_760175", + "zoom_margin":21462 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":257901, + "timestamp":1626095461, + "merge_coords":[ + 767616.5, + 538219.5, + 1029353.5 + ], + "interface_point":[ + 767616.5, + 538219.5, + 1029353.5 + ], + "base_neuron_id":"864691135566165835", + "before_root_ids":[ + 864691135566165835 + ], + "after_root_ids":[ + 864691136617407195, + 864691135841279459 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D morphology of a neuronal process. Let's examine each perspective:\n\n1. **Front View:** The structure appears to branch and has points where the branches meet at sharp angles. While such configurations can naturally occur, these angles are often suspect for merge errors in neuronal data.\n\n2. **Side View:** There is a crossing pattern visible, suggesting potential branches intertwining or re-joining. This characteristic could indicate merging of processes that do not belong together.\n\n3. **Top View:** The intersecting and nearly right-angle branches suggest a potential unnatural formation for a single neuron's process. This can indicate a merging of different neurons' axonal or dendritic paths.\n\nConsidering the unnatural structure indicated by the angles and crossings, it seems plausible that a merge error has occurred, joining separate neuronal processes.\n\n<\/analysis>\n1<\/answer>", + "model_analysis":"The images show a 3D morphology of a neuronal process. Let's examine each perspective:\n\n1. **Front View:** The structure appears to branch and has points where the branches meet at sharp angles. While such configurations can naturally occur, these angles are often suspect for merge errors in neuronal data.\n\n2. **Side View:** There is a crossing pattern visible, suggesting potential branches intertwining or re-joining. This characteristic could indicate merging of processes that do not belong together.\n\n3. **Top View:** The intersecting and nearly right-angle branches suggest a potential unnatural formation for a single neuron's process. This can indicate a merging of different neurons' axonal or dendritic paths.\n\nConsidering the unnatural structure indicated by the angles and crossings, it seems plausible that a merge error has occurred, joining separate neuronal processes.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135566165835":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + } + }, + "prompt_options":[ + { + "id":"864691135566165835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + } + ], + "id":"864691135566165835" + }, + { + "task":"split_identification", + "operation_id":257901, + "timestamp":1626095461, + "merge_coords":[ + 767616.5, + 538219.5, + 1029353.5 + ], + "interface_point":[ + 767616.5, + 538219.5, + 1029353.5 + ], + "base_neuron_id":"864691135566165835", + "before_root_ids":[ + 864691135566165835 + ], + "after_root_ids":[ + 864691136617407195, + 864691135841279459 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentation views from the front, side, and top perspectives, I looked for indications of merge errors, such as unusual structural formations. The primary indicators include:\n\n1. **Axon Doubling Back:** The segment does not appear to exhibit unnatural looping or doubling back on itself. \n\n2. **Right Angles or Abrupt Changes:** The branch structure does not show any abrupt 90-degree angles that would suggest improper merging of two separate neuronal processes.\n\n3. **Consistency Across Views:** The orientation and path of the process appear consistent across all three perspectives, showing a natural continuation rather than a forced merge.\n\nThe segment shown maintains a coherent path without any noticeable anomalies that typically hint at merge errors in segmentation. Therefore, no significant structural irregularities suggest a merge error that warrants splitting.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentation views from the front, side, and top perspectives, I looked for indications of merge errors, such as unusual structural formations. The primary indicators include:\n\n1. **Axon Doubling Back:** The segment does not appear to exhibit unnatural looping or doubling back on itself. \n\n2. **Right Angles or Abrupt Changes:** The branch structure does not show any abrupt 90-degree angles that would suggest improper merging of two separate neuronal processes.\n\n3. **Consistency Across Views:** The orientation and path of the process appear consistent across all three perspectives, showing a natural continuation rather than a forced merge.\n\nThe segment shown maintains a coherent path without any noticeable anomalies that typically hint at merge errors in segmentation. Therefore, no significant structural irregularities suggest a merge error that warrants splitting.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135566165835":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + } + }, + "prompt_options":[ + { + "id":"864691135566165835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135566165835_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566165835_864691135591041291_767616_538219_1029353\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":10500 + }, + "merge_coords":"767616_538219_1029353", + "zoom_margin":10500 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":257904, + "timestamp":1626095561, + "merge_coords":[ + 659979.9375, + 662659.875, + 1024137.6875 + ], + "interface_point":[ + 659979.9375, + 662659.875, + 1024137.6875 + ], + "base_neuron_id":"864691135345487519", + "before_root_ids":[ + 864691135345487519 + ], + "after_root_ids":[ + 864691136672919943, + 864691135946907745 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images of neuronal data, we are analyzing for potential merge errors indicative of incorrect groupings of neuronal processes. Merge errors can manifest as unusual axonal morphology, such as an axon doubling back after branching or forming sharp angles that suggest a conjunction of processes from different neurons.\n\n1. **Front View:**\n - The neurons display extensive branching. Notably, there are no obvious 90-degree angles or evidence of doubling back that would imply merging errors.\n\n2. **Side View:**\n - The branching appears consistent with morphological patterns typical of a single neuron. There are no conspicuous sharp angles that might suggest an inappropriate merge.\n\n3. **Top View:**\n - As with the other perspectives, the arrangement of branches is intricate but lacks unusual patterns like sharp angles or doubling back, which might indicate structures from multiple neurons being inaccurately merged.\n\nOverall, the connections and branching patterns across all views are consistent and do not display characteristics commonly associated with merge errors. Each view supports the idea that the segmentation is appropriately delineating a single neuron without incorrect conjunctions or overlaps.\n\nHence, based on the above examination, the segmentation seems consistent with a single neuron structure and does not appear to have erroneous merges.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images of neuronal data, we are analyzing for potential merge errors indicative of incorrect groupings of neuronal processes. Merge errors can manifest as unusual axonal morphology, such as an axon doubling back after branching or forming sharp angles that suggest a conjunction of processes from different neurons.\n\n1. **Front View:**\n - The neurons display extensive branching. Notably, there are no obvious 90-degree angles or evidence of doubling back that would imply merging errors.\n\n2. **Side View:**\n - The branching appears consistent with morphological patterns typical of a single neuron. There are no conspicuous sharp angles that might suggest an inappropriate merge.\n\n3. **Top View:**\n - As with the other perspectives, the arrangement of branches is intricate but lacks unusual patterns like sharp angles or doubling back, which might indicate structures from multiple neurons being inaccurately merged.\n\nOverall, the connections and branching patterns across all views are consistent and do not display characteristics commonly associated with merge errors. Each view supports the idea that the segmentation is appropriately delineating a single neuron without incorrect conjunctions or overlaps.\n\nHence, based on the above examination, the segmentation seems consistent with a single neuron structure and does not appear to have erroneous merges.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135345487519":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + } + }, + "prompt_options":[ + { + "id":"864691135345487519", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + } + ], + "id":"864691135345487519" + }, + { + "task":"split_identification", + "operation_id":257904, + "timestamp":1626095561, + "merge_coords":[ + 659979.9375, + 662659.875, + 1024137.6875 + ], + "interface_point":[ + 659979.9375, + 662659.875, + 1024137.6875 + ], + "base_neuron_id":"864691135345487519", + "before_root_ids":[ + 864691135345487519 + ], + "after_root_ids":[ + 864691136672919943, + 864691135946907745 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided images, we are looking for signs of potential merge errors in neuronal segmentation. These errors would typically result in unnatural morphological features such as:\n\n1. Doubling back of branches: This would suggest that the segment is unnaturally looping, likely connecting to another neuron.\n2. Sharp angles: Angles approaching ninety degrees can be indicative of an incorrect joining of separate neuronal processes.\n\nUpon reviewing the images from the front, side, and top perspectives, let's go through the observations:\n\n- **Front View**: The segment appears as a continuous tracing without abrupt deviations or looping back on itself. However, we need to confirm this consistency with the other views.\n\n- **Side View**: There is also a notable linear continuity in this perspective, showing no glaring signs of sharp angles or unnatural turns.\n\n- **Top View**: This confirms the linear nature of the data from the previous views, as there is no evidence of doubling back or abrupt angles.\n\nNone of the views suggest the presence of any of the aforementioned unnatural features typical of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided images, we are looking for signs of potential merge errors in neuronal segmentation. These errors would typically result in unnatural morphological features such as:\n\n1. Doubling back of branches: This would suggest that the segment is unnaturally looping, likely connecting to another neuron.\n2. Sharp angles: Angles approaching ninety degrees can be indicative of an incorrect joining of separate neuronal processes.\n\nUpon reviewing the images from the front, side, and top perspectives, let's go through the observations:\n\n- **Front View**: The segment appears as a continuous tracing without abrupt deviations or looping back on itself. However, we need to confirm this consistency with the other views.\n\n- **Side View**: There is also a notable linear continuity in this perspective, showing no glaring signs of sharp angles or unnatural turns.\n\n- **Top View**: This confirms the linear nature of the data from the previous views, as there is no evidence of doubling back or abrupt angles.\n\nNone of the views suggest the presence of any of the aforementioned unnatural features typical of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135345487519":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + } + }, + "prompt_options":[ + { + "id":"864691135345487519", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135345487519_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135345487519_864691135591041291_659979_662659_1024137\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":58590 + }, + "merge_coords":"659979_662659_1024137", + "zoom_margin":58590 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":257933, + "timestamp":1626096575, + "merge_coords":[ + 774102.0, + 532434.0, + 1031205.0 + ], + "interface_point":[ + 774102.0, + 532434.0, + 1031205.0 + ], + "base_neuron_id":"864691136681404790", + "before_root_ids":[ + 864691136681404790 + ], + "after_root_ids":[ + 864691135476367528, + 864691136451298303 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the provided 3D segmentation images from different perspectives (front, side, and top), we are looking for signs of merge errors which typically include:\n\n1. Axons doubling back after branching off.\n2. Axons forming sharp ninety-degree angles when joined with another segment.\n\nFrom the front view, the branching and structure seemed relatively consistent, without obvious sharp angles or doubling back within the visible segment.\n\nThe side view shows elongated structures without abrupt changes in direction or unusual formations suggestive of two merged processes.\n\nThe top view also maintains a consistent structure, with no visible signs of unnatural angles or doubling back that would suggest a merge error.\n\nThroughout the center of the images (where errors are typically more apparent), the continuity and branching appear smooth and without indication of inappropriate merging.\n\nGiven the examination of the perspectives provided, there doesn't appear to be a clear merge error present in this portion of the 3D segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided 3D segmentation images from different perspectives (front, side, and top), we are looking for signs of merge errors which typically include:\n\n1. Axons doubling back after branching off.\n2. Axons forming sharp ninety-degree angles when joined with another segment.\n\nFrom the front view, the branching and structure seemed relatively consistent, without obvious sharp angles or doubling back within the visible segment.\n\nThe side view shows elongated structures without abrupt changes in direction or unusual formations suggestive of two merged processes.\n\nThe top view also maintains a consistent structure, with no visible signs of unnatural angles or doubling back that would suggest a merge error.\n\nThroughout the center of the images (where errors are typically more apparent), the continuity and branching appear smooth and without indication of inappropriate merging.\n\nGiven the examination of the perspectives provided, there doesn't appear to be a clear merge error present in this portion of the 3D segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136681404790":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + } + }, + "prompt_options":[ + { + "id":"864691136681404790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + } + ], + "id":"864691136681404790" + }, + { + "task":"split_identification", + "operation_id":257933, + "timestamp":1626096575, + "merge_coords":[ + 774102.0, + 532434.0, + 1031205.0 + ], + "interface_point":[ + 774102.0, + 532434.0, + 1031205.0 + ], + "base_neuron_id":"864691136681404790", + "before_root_ids":[ + 864691136681404790 + ], + "after_root_ids":[ + 864691135476367528, + 864691136451298303 + ], + "proofread_root_id":"864691135591041291", + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the images from the front, side, and top views, I am focusing on the structure of the neuronal processes to identify any potential merge errors. The signs of merge errors include irregular branching patterns, processes doubling back on themselves, or forming sharp angles that are uncharacteristic of typical neuronal morphology.\n\nFrom the views:\n\n1. **Front View:**\n - The segment appears elongated, with some variation in its structure. There are no obvious signs of doubling back or abnormally sharp angles observable in this view.\n\n2. **Side View:**\n - The segment maintains a relatively consistent trajectory. I do not observe any segments folding back or making abrupt angular connections that would suggest a merge error.\n\n3. **Top View:**\n - In this view, the extension of the segment appears smooth. Similar to the previous views, there aren\u2019t any noticeable features that deviate from expected neuronal structure.\n\nThroughout the examined views, the morphology appears to be coherent and within expectations for continuous neuronal processes. There are no clear indications of merge errors, such as abrupt directional changes or unusual branching formations.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the images from the front, side, and top views, I am focusing on the structure of the neuronal processes to identify any potential merge errors. The signs of merge errors include irregular branching patterns, processes doubling back on themselves, or forming sharp angles that are uncharacteristic of typical neuronal morphology.\n\nFrom the views:\n\n1. **Front View:**\n - The segment appears elongated, with some variation in its structure. There are no obvious signs of doubling back or abnormally sharp angles observable in this view.\n\n2. **Side View:**\n - The segment maintains a relatively consistent trajectory. I do not observe any segments folding back or making abrupt angular connections that would suggest a merge error.\n\n3. **Top View:**\n - In this view, the extension of the segment appears smooth. Similar to the previous views, there aren\u2019t any noticeable features that deviate from expected neuronal structure.\n\nThroughout the examined views, the morphology appears to be coherent and within expectations for continuous neuronal processes. There are no clear indications of merge errors, such as abrupt directional changes or unusual branching formations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136681404790":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "864691135591041291":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + } + }, + "prompt_options":[ + { + "id":"864691136681404790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691136681404790_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + }, + { + "id":"864691135591041291", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135591041291_864691136681404790_774102_532434_1031205\/base_864691135591041291_zoomed_top.png" + }, + "em":null, + "zoom_margin":7770 + }, + "merge_coords":"774102_532434_1031205", + "zoom_margin":7770 + } + ], + "id":"864691135591041291" + }, + { + "task":"split_identification", + "operation_id":273307, + "timestamp":1631643815, + "merge_coords":[ + 715695.0, + 755749.5, + 877306.5 + ], + "interface_point":[ + 715695.0, + 755749.5, + 877306.5 + ], + "base_neuron_id":"864691136273192382", + "before_root_ids":[ + 864691136273192382 + ], + "after_root_ids":[ + 864691136109135288, + 864691136005075146 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images from the front, side, and top perspectives, there are some observations related to potential merge errors:\n\n1. **Front View**: \n - The segment appears to have a natural, albeit complex, branching pattern. However, there are areas where the axon seems to double back or twist in unusual ways.\n \n2. **Side View**:\n - The side view also reveals areas where the axon forms angles that are close to ninety degrees. These sharp turns can be indicative of merge errors, as disconnects in the natural flow of neuronal processes should be carefully considered.\n\n3. **Top View**:\n - The linearity and direction of some segments appear inconsistent with a single, unmerged neuronal process. The crossing or overlapping of segments may suggest a merge of multiple distinct processes.\n\nOverall, based on the presence of potential anomalous angles and twists that are commonly associated with merge errors, it appears that the segment may indeed comprise processes from different neurons.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the images from the front, side, and top perspectives, there are some observations related to potential merge errors:\n\n1. **Front View**: \n - The segment appears to have a natural, albeit complex, branching pattern. However, there are areas where the axon seems to double back or twist in unusual ways.\n \n2. **Side View**:\n - The side view also reveals areas where the axon forms angles that are close to ninety degrees. These sharp turns can be indicative of merge errors, as disconnects in the natural flow of neuronal processes should be carefully considered.\n\n3. **Top View**:\n - The linearity and direction of some segments appear inconsistent with a single, unmerged neuronal process. The crossing or overlapping of segments may suggest a merge of multiple distinct processes.\n\nOverall, based on the presence of potential anomalous angles and twists that are commonly associated with merge errors, it appears that the segment may indeed comprise processes from different neurons.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136273192382":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + } + }, + "prompt_options":[ + { + "id":"864691136273192382", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + } + ], + "id":"864691136273192382" + }, + { + "task":"split_identification", + "operation_id":273307, + "timestamp":1631643815, + "merge_coords":[ + 715695.0, + 755749.5, + 877306.5 + ], + "interface_point":[ + 715695.0, + 755749.5, + 877306.5 + ], + "base_neuron_id":"864691136273192382", + "before_root_ids":[ + 864691136273192382 + ], + "after_root_ids":[ + 864691136109135288, + 864691136005075146 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation of neuronal data is being examined to identify potential merge errors. This would involve checking for signs such as the axon forming a sharp ninety-degree angle or doubling back after branching. \n\nFrom the front view, the structure appears sinuous, without any evident sharp angles or backward looping. In the side view, the main body of the segment also demonstrates a consistent trajectory without abrupt changes in direction. The top view further supports this observation, showing no clear signs of junctions that might suggest an inappropriate merge of two distinct structures.\n\nGiven these observations, there are no visible indications of merge errors or structural inconsistencies that may suggest that the segment should be split apart into different neuronal processes. Therefore, it seems that the segment is consistent with being part of a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation of neuronal data is being examined to identify potential merge errors. This would involve checking for signs such as the axon forming a sharp ninety-degree angle or doubling back after branching. \n\nFrom the front view, the structure appears sinuous, without any evident sharp angles or backward looping. In the side view, the main body of the segment also demonstrates a consistent trajectory without abrupt changes in direction. The top view further supports this observation, showing no clear signs of junctions that might suggest an inappropriate merge of two distinct structures.\n\nGiven these observations, there are no visible indications of merge errors or structural inconsistencies that may suggest that the segment should be split apart into different neuronal processes. Therefore, it seems that the segment is consistent with being part of a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136273192382":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + } + }, + "prompt_options":[ + { + "id":"864691136273192382", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691136273192382_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136273192382_715695_755749_877306\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":20286 + }, + "merge_coords":"715695_755749_877306", + "zoom_margin":20286 + } + ], + "id":"864691135270780837" + }, + { + "task":"split_identification", + "operation_id":320551, + "timestamp":1644776998, + "merge_coords":[ + 669490.5, + 532402.5, + 942028.5 + ], + "interface_point":[ + 669490.5, + 532402.5, + 942028.5 + ], + "base_neuron_id":"864691136237025551", + "before_root_ids":[ + 864691136237025551 + ], + "after_root_ids":[ + 864691135476432296, + 864691136436784030 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nThe given images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. The task is to identify if there are any merge errors, which often manifest as unusual structural features, such as axons doubling back or forming sharp angles at connection points.\n\n1. **Front View Analysis**: The structure shows several branches extending from a central area. No obvious doubling back or unusual branching patterns are immediately visible from this perspective.\n\n2. **Side View Analysis**: In the side view, the branches appear relatively consistent in direction without apparent sharp turns or doubling back. The structure maintains a typical neuronal branching pattern.\n\n3. **Top View Analysis**: This view also suggests a consistent branching pattern. There are no obvious points where the axon seems to abruptly change direction or double back.\n\nAcross all views, the neuronal processes exhibit a coherent and continuous branching structure typical of dendritic and axonal qualities, without evident aberrations indicating that processes from different neurons are inappropriately grouped.\n\nConsidering the observations across all views, the segment appears cohesive without noticeable structural anomalies that typically indicate merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The given images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. The task is to identify if there are any merge errors, which often manifest as unusual structural features, such as axons doubling back or forming sharp angles at connection points.\n\n1. **Front View Analysis**: The structure shows several branches extending from a central area. No obvious doubling back or unusual branching patterns are immediately visible from this perspective.\n\n2. **Side View Analysis**: In the side view, the branches appear relatively consistent in direction without apparent sharp turns or doubling back. The structure maintains a typical neuronal branching pattern.\n\n3. **Top View Analysis**: This view also suggests a consistent branching pattern. There are no obvious points where the axon seems to abruptly change direction or double back.\n\nAcross all views, the neuronal processes exhibit a coherent and continuous branching structure typical of dendritic and axonal qualities, without evident aberrations indicating that processes from different neurons are inappropriately grouped.\n\nConsidering the observations across all views, the segment appears cohesive without noticeable structural anomalies that typically indicate merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136237025551":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + } + }, + "prompt_options":[ + { + "id":"864691136237025551", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + } + ], + "id":"864691136237025551" + }, + { + "task":"split_identification", + "operation_id":320551, + "timestamp":1644776998, + "merge_coords":[ + 669490.5, + 532402.5, + 942028.5 + ], + "interface_point":[ + 669490.5, + 532402.5, + 942028.5 + ], + "base_neuron_id":"864691136237025551", + "before_root_ids":[ + 864691136237025551 + ], + "after_root_ids":[ + 864691135476432296, + 864691136436784030 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, the segment is visualized from three different perspectives: front, side, and top. \n\nTo assess the presence of possible merge errors, we need to look for signs of unnatural connections in the neuronal structure. Key indicators of merge errors are:\n- Axonal branching in unnatural directions or with sudden angle changes.\n- Axons doubling back or making unnaturally sharp bends, particularly near the center of the images.\n\nUpon reviewing the images:\n\n1. **Front View**: The structure appears to spread out naturally, without visible sharp turns or doubling back in the branching pattern from this perspective.\n\n2. **Side View**: The branching here also appears smooth. There is no indication of sharp angles or unnatural formations in the center area where merge errors are most on alert.\n\n3. **Top View**: This view also shows a consistent spread of branches without any pronounced sharp angles or doubling back of the neuronal processes.\n\nGiven the analysis of these views, there is no apparent evidence of merge errors such as abrupt directional changes or doubling back in the core region. The structure seems to maintain uniformity and natural branching expected of neuronal processes across all views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, the segment is visualized from three different perspectives: front, side, and top. \n\nTo assess the presence of possible merge errors, we need to look for signs of unnatural connections in the neuronal structure. Key indicators of merge errors are:\n- Axonal branching in unnatural directions or with sudden angle changes.\n- Axons doubling back or making unnaturally sharp bends, particularly near the center of the images.\n\nUpon reviewing the images:\n\n1. **Front View**: The structure appears to spread out naturally, without visible sharp turns or doubling back in the branching pattern from this perspective.\n\n2. **Side View**: The branching here also appears smooth. There is no indication of sharp angles or unnatural formations in the center area where merge errors are most on alert.\n\n3. **Top View**: This view also shows a consistent spread of branches without any pronounced sharp angles or doubling back of the neuronal processes.\n\nGiven the analysis of these views, there is no apparent evidence of merge errors such as abrupt directional changes or doubling back in the core region. The structure seems to maintain uniformity and natural branching expected of neuronal processes across all views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136237025551":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + } + }, + "prompt_options":[ + { + "id":"864691136237025551", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691136237025551_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691136237025551_669490_532402_942028\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":149646 + }, + "merge_coords":"669490_532402_942028", + "zoom_margin":149646 + } + ], + "id":"864691135270780837" + }, + { + "task":"split_identification", + "operation_id":886461, + "timestamp":1696524548, + "merge_coords":[ + 764358.0, + 511812.0, + 1024296.0 + ], + "interface_point":[ + 764358.0, + 511812.0, + 1024296.0 + ], + "base_neuron_id":"864691135013937398", + "before_root_ids":[ + 864691135013937398 + ], + "after_root_ids":[ + 864691135655395778, + 864691135257395887 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a complex structure with sinuous paths, potentially representing neuronal processes. Key indicators of merge errors include unusual structures like axonal doubling back sharply or forming unnatural angles.\n\n1. **Front View**: The segment shows irregular branching with a noticeable loop-back structure, which can indicate potential merging of different processes.\n\n2. **Side View**: There appears to be an atypical ninety-degree branching event, which often suggests merging errors where processes from different neurons are inappropriately connected.\n\n3. **Top View**: The view again highlights the unusual configuration of the segment, with intersecting paths that are suggestive of potential merges.\n\nOverall, the observed features like sharp angles and unusual branch configurations strongly indicate a merge error. These characteristics are typical when processes from different neurons are incorrectly grouped together by the segmentation algorithm.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The 3D segmentation images show a complex structure with sinuous paths, potentially representing neuronal processes. Key indicators of merge errors include unusual structures like axonal doubling back sharply or forming unnatural angles.\n\n1. **Front View**: The segment shows irregular branching with a noticeable loop-back structure, which can indicate potential merging of different processes.\n\n2. **Side View**: There appears to be an atypical ninety-degree branching event, which often suggests merging errors where processes from different neurons are inappropriately connected.\n\n3. **Top View**: The view again highlights the unusual configuration of the segment, with intersecting paths that are suggestive of potential merges.\n\nOverall, the observed features like sharp angles and unusual branch configurations strongly indicate a merge error. These characteristics are typical when processes from different neurons are incorrectly grouped together by the segmentation algorithm.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135013937398":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135013937398", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + } + ], + "id":"864691135013937398" + }, + { + "task":"split_identification", + "operation_id":886461, + "timestamp":1696524548, + "merge_coords":[ + 764358.0, + 511812.0, + 1024296.0 + ], + "interface_point":[ + 764358.0, + 511812.0, + 1024296.0 + ], + "base_neuron_id":"864691135013937398", + "before_root_ids":[ + 864691135013937398 + ], + "after_root_ids":[ + 864691135655395778, + 864691135257395887 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided 3D segmentation of neuronal data, I focused on identifying possible merge errors that might indicate processes from different neurons have been erroneously grouped. \n\n**Front View:**\n- The structure appears continuous but complex, with no obvious points where processes double back on themselves. \n- The branches extend outward, but there\u2019s no significant deviation in terms of sharp angles.\n\n**Side View:**\n- The branches maintain a largely linear path, though some bending is observed, there don\u2019t seem to be dramatic turns or unexpected bifurcations near the center.\n- No apparent ninety-degree angles that would suggest an atypical junction.\n\n**Top View:**\n- Provides corroboration of continuity in the branching pattern. \n- The structural integrity seems maintained throughout the segment, preventing any noticeable sixty or ninety-degree angles characteristic of potential merge issues.\n\nOverall, the morphology maintained across views suggests a consistent singular structure rather than two distinct neuron processes erroneously joined.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided 3D segmentation of neuronal data, I focused on identifying possible merge errors that might indicate processes from different neurons have been erroneously grouped. \n\n**Front View:**\n- The structure appears continuous but complex, with no obvious points where processes double back on themselves. \n- The branches extend outward, but there\u2019s no significant deviation in terms of sharp angles.\n\n**Side View:**\n- The branches maintain a largely linear path, though some bending is observed, there don\u2019t seem to be dramatic turns or unexpected bifurcations near the center.\n- No apparent ninety-degree angles that would suggest an atypical junction.\n\n**Top View:**\n- Provides corroboration of continuity in the branching pattern. \n- The structural integrity seems maintained throughout the segment, preventing any noticeable sixty or ninety-degree angles characteristic of potential merge issues.\n\nOverall, the morphology maintained across views suggests a consistent singular structure rather than two distinct neuron processes erroneously joined.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135013937398":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135013937398", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135013937398_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135013937398_864691135270780837_764358_511812_1024296\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"764358_511812_1024296", + "zoom_margin":4096 + } + ], + "id":"864691135270780837" + }, + { + "task":"split_identification", + "operation_id":886462, + "timestamp":1696524564, + "merge_coords":[ + 764620.5, + 511549.5, + 1024390.5 + ], + "interface_point":[ + 764620.5, + 511549.5, + 1024390.5 + ], + "base_neuron_id":"864691135655395778", + "before_root_ids":[ + 864691135655395778 + ], + "after_root_ids":[ + 864691136389563511, + 864691135866843781 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segment images from different perspectives (front, side, top), I am looking for structural anomalies indicative of merge errors. These would include unusual formations like axonal doubling back, especially after branching, and atypical ninety-degree turns that suggest a merge with another neuron.\n\nFrom the analysis of the three views:\n- **Front View**: The structure appears to have branches, but there is no clear indication of a major structural anomaly or unusual branching patterns.\n- **Side View**: Again, the structure seems to follow a consistent direction typical of neuronal processes, without obvious signs of inappropriate merging.\n- **Top View**: The structure maintains a streamlined path, with no sharp turns or doubling back that would suggest a problematic merge.\n\nGiven that none of the views exhibit classic signs of merge errors and the continuity seems normal, there is no compelling evidence of a merge error in this segment.\n\nThus, based on the available views, the segments seem to belong to a single neuron without any merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segment images from different perspectives (front, side, top), I am looking for structural anomalies indicative of merge errors. These would include unusual formations like axonal doubling back, especially after branching, and atypical ninety-degree turns that suggest a merge with another neuron.\n\nFrom the analysis of the three views:\n- **Front View**: The structure appears to have branches, but there is no clear indication of a major structural anomaly or unusual branching patterns.\n- **Side View**: Again, the structure seems to follow a consistent direction typical of neuronal processes, without obvious signs of inappropriate merging.\n- **Top View**: The structure maintains a streamlined path, with no sharp turns or doubling back that would suggest a problematic merge.\n\nGiven that none of the views exhibit classic signs of merge errors and the continuity seems normal, there is no compelling evidence of a merge error in this segment.\n\nThus, based on the available views, the segments seem to belong to a single neuron without any merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135655395778":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + } + }, + "prompt_options":[ + { + "id":"864691135655395778", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + } + ], + "id":"864691135655395778" + }, + { + "task":"split_identification", + "operation_id":886462, + "timestamp":1696524564, + "merge_coords":[ + 764620.5, + 511549.5, + 1024390.5 + ], + "interface_point":[ + 764620.5, + 511549.5, + 1024390.5 + ], + "base_neuron_id":"864691135655395778", + "before_root_ids":[ + 864691135655395778 + ], + "after_root_ids":[ + 864691136389563511, + 864691135866843781 + ], + "proofread_root_id":"864691135270780837", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images, I am looking for signs of a merge error within the 3D segmentation. These errors could manifest as unusual structures, such as an axon doubling back on itself or forming an unnatural angle. The following observations are made from each view:\n\n1. **Front View:**\n - The structure seems to extend in a generally continuous path, but there are some convolutions that might suggest irregular connections.\n\n2. **Side View:**\n - The structure reveals some bending and angling that might indicate unusual connectivity, but nothing definitive here.\n\n3. **Top View:**\n - Similar to the side view, there are convolutions and irregular paths, but they do not definitively indicate a clear merge error.\n\nThe deviations observed could be intrinsic to the natural morphology of the neuron or could be signs of a merge error. However, none of the observed structures, such as the convolutions or angles, conclusively indicate a merge error. The observed shapes could possibly be due to normal neurite branching.\n\nGiven that the segments do not clearly and definitively exhibit the characteristic features of merge errors, such as a branch appearing to loop back or unnatural abrupt angles, I would conclude that there is no distinct merge error in this instance.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Upon examining the images, I am looking for signs of a merge error within the 3D segmentation. These errors could manifest as unusual structures, such as an axon doubling back on itself or forming an unnatural angle. The following observations are made from each view:\n\n1. **Front View:**\n - The structure seems to extend in a generally continuous path, but there are some convolutions that might suggest irregular connections.\n\n2. **Side View:**\n - The structure reveals some bending and angling that might indicate unusual connectivity, but nothing definitive here.\n\n3. **Top View:**\n - Similar to the side view, there are convolutions and irregular paths, but they do not definitively indicate a clear merge error.\n\nThe deviations observed could be intrinsic to the natural morphology of the neuron or could be signs of a merge error. However, none of the observed structures, such as the convolutions or angles, conclusively indicate a merge error. The observed shapes could possibly be due to normal neurite branching.\n\nGiven that the segments do not clearly and definitively exhibit the characteristic features of merge errors, such as a branch appearing to loop back or unnatural abrupt angles, I would conclude that there is no distinct merge error in this instance.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135655395778":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "864691135270780837":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + } + }, + "prompt_options":[ + { + "id":"864691135655395778", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135655395778_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + }, + { + "id":"864691135270780837", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135270780837_864691135655395778_764620_511549_1024390\/base_864691135270780837_zoomed_top.png" + }, + "em":null, + "zoom_margin":21924 + }, + "merge_coords":"764620_511549_1024390", + "zoom_margin":21924 + } + ], + "id":"864691135270780837" + }, + { + "task":"split_identification", + "operation_id":117165, + "timestamp":1599338746, + "merge_coords":[ + 1231755.0, + 706968.5, + 874510.0 + ], + "interface_point":[ + 1231755.0, + 706968.5, + 874510.0 + ], + "base_neuron_id":"864691135991537601", + "before_root_ids":[ + 864691135991537601 + ], + "after_root_ids":[ + 864691135593629995, + 864691135775840941 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided show a 3D segmentation of neuronal data, with views from the front, side, and top. I will analyze these images to detect any possible merge errors, such as unusual branching or angles that might suggest inappropriate grouping of processes from different neurons.\n\n1. **Front View Analysis**:\n - The main structure appears continuous, but there are areas where branches extend at unusual angles.\n - Branching complexity is evident, but nothing immediately suggests a clear merge error.\n\n2. **Side View Analysis**:\n - The side view shows a somewhat linear progression with some branching.\n - There might be a point where a branch doubles back, which can indicate a merge error, but it's not distinctly clear.\n\n3. **Top View Analysis**:\n - The structure is spread out, showing various branches.\n - No obvious branch intersects sharply at ninety degrees or doubles back in a way that would suggest a merge error.\n\nOverall, while there are complex branchings and some potential areas of concern, the structures do not exhibit the classic indications of merge errors, such as pronounced ninety-degree angles or branches doubling back on themselves. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data, with views from the front, side, and top. I will analyze these images to detect any possible merge errors, such as unusual branching or angles that might suggest inappropriate grouping of processes from different neurons.\n\n1. **Front View Analysis**:\n - The main structure appears continuous, but there are areas where branches extend at unusual angles.\n - Branching complexity is evident, but nothing immediately suggests a clear merge error.\n\n2. **Side View Analysis**:\n - The side view shows a somewhat linear progression with some branching.\n - There might be a point where a branch doubles back, which can indicate a merge error, but it's not distinctly clear.\n\n3. **Top View Analysis**:\n - The structure is spread out, showing various branches.\n - No obvious branch intersects sharply at ninety degrees or doubles back in a way that would suggest a merge error.\n\nOverall, while there are complex branchings and some potential areas of concern, the structures do not exhibit the classic indications of merge errors, such as pronounced ninety-degree angles or branches doubling back on themselves.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135991537601":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135991537601", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + } + ], + "id":"864691135991537601" + }, + { + "task":"split_identification", + "operation_id":117165, + "timestamp":1599338746, + "merge_coords":[ + 1231755.0, + 706968.5, + 874510.0 + ], + "interface_point":[ + 1231755.0, + 706968.5, + 874510.0 + ], + "base_neuron_id":"864691135991537601", + "before_root_ids":[ + 864691135991537601 + ], + "after_root_ids":[ + 864691135593629995, + 864691135775840941 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show the structure of a neuron from three perspectives: front, side, and top.\n\n1. **Front View**: The segment appears to be somewhat continuous, but there are potential areas where merging might have occurred, considering the irregular branching.\n\n2. **Side View**: The side view highlights some twisting and turning in the axonal structure. However, these bends do not immediately suggest a merge error unless they result in unnatural doubling back or sharp angles.\n\n3. **Top View**: The segment looks consistent with the typical neuronal processes, characterized by extensions and branches that are generally straight or smoothly curved.\n\nKey aspects to consider for merge errors include unnatural sharp angles, U-turns, or unusual branching patterns. In this instance, while there are some areas of irregularity, these do not definitively indicate that a merge error has occurred. The variations could still be within the natural variability of neuronal morphology.\n\nGiven the current views, there is no clear evidence of a merge error characterized by typical signs such as axon doubling back sharply or forming atypical angles.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show the structure of a neuron from three perspectives: front, side, and top.\n\n1. **Front View**: The segment appears to be somewhat continuous, but there are potential areas where merging might have occurred, considering the irregular branching.\n\n2. **Side View**: The side view highlights some twisting and turning in the axonal structure. However, these bends do not immediately suggest a merge error unless they result in unnatural doubling back or sharp angles.\n\n3. **Top View**: The segment looks consistent with the typical neuronal processes, characterized by extensions and branches that are generally straight or smoothly curved.\n\nKey aspects to consider for merge errors include unnatural sharp angles, U-turns, or unusual branching patterns. In this instance, while there are some areas of irregularity, these do not definitively indicate that a merge error has occurred. The variations could still be within the natural variability of neuronal morphology.\n\nGiven the current views, there is no clear evidence of a merge error characterized by typical signs such as axon doubling back sharply or forming atypical angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135991537601":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135991537601", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135991537601_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135991537601_1231755_706968_874510\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1231755_706968_874510", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":118165, + "timestamp":1599619878, + "merge_coords":[ + 1148959.0, + 658203.0, + 1011654.0 + ], + "interface_point":[ + 1148959.0, + 658203.0, + 1011654.0 + ], + "base_neuron_id":"864691135657875330", + "before_root_ids":[ + 864691135657875330 + ], + "after_root_ids":[ + 864691135988415488, + 864691135771716347 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nIn the presented images, there are a few characteristics to examine for potential merge errors.\n\n1. **Front View**: The structure displays a complex web of processes with some thickening in certain areas. There might be a suggestion of processes looping back or abrupt direction changes at some points.\n\n2. **Side View**: This view provides a more linear view of the processes, but there seem to be segments where the axons make sharp bends, which could indicate abnormal merging.\n\n3. **Top View**: Similar to the other views, there appear to be sections where processes could be interconnected in an unusual manner, such as abrupt right-angle turns. These could signify potential merge errors.\n\nConsidering the presence of these features, it's possible that the segment could contain merge errors where processes from different neurons are incorrectly grouped. The central portion of the images, where these features are evident, is most critical in this assessment.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the presented images, there are a few characteristics to examine for potential merge errors.\n\n1. **Front View**: The structure displays a complex web of processes with some thickening in certain areas. There might be a suggestion of processes looping back or abrupt direction changes at some points.\n\n2. **Side View**: This view provides a more linear view of the processes, but there seem to be segments where the axons make sharp bends, which could indicate abnormal merging.\n\n3. **Top View**: Similar to the other views, there appear to be sections where processes could be interconnected in an unusual manner, such as abrupt right-angle turns. These could signify potential merge errors.\n\nConsidering the presence of these features, it's possible that the segment could contain merge errors where processes from different neurons are incorrectly grouped. The central portion of the images, where these features are evident, is most critical in this assessment.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135657875330":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135657875330", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + } + ], + "id":"864691135657875330" + }, + { + "task":"split_identification", + "operation_id":118165, + "timestamp":1599619878, + "merge_coords":[ + 1148959.0, + 658203.0, + 1011654.0 + ], + "interface_point":[ + 1148959.0, + 658203.0, + 1011654.0 + ], + "base_neuron_id":"864691135657875330", + "before_root_ids":[ + 864691135657875330 + ], + "after_root_ids":[ + 864691135988415488, + 864691135771716347 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. To identify a merge error, we need to carefully examine the morphology for signs of aberrant structures, such as axonal doubling or sharply angled branches, which might suggest an improper union of different neuronal processes.\n\n1. **Front View Analysis:**\n - The structure appears to have several branches extending outward.\n - There do not appear to be any obvious signs of axon doubling back on itself or forming extreme angles, which might suggest a merge error.\n\n2. **Side View Analysis:**\n - The branches are relatively straight and do not present unusual bends or loops.\n - There's a smooth transition between branches, which aligns with typical neuronal morphology.\n\n3. **Top View Analysis:**\n - Similar to the side view, the branches are consistent without abrupt directional changes.\n - No indication of merging into a different neuron's process is visible here.\n\nAcross all views, the morphology seems consistent with that of a single neuron, and there are no clear signs of the structures being incorrectly merged together.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. To identify a merge error, we need to carefully examine the morphology for signs of aberrant structures, such as axonal doubling or sharply angled branches, which might suggest an improper union of different neuronal processes.\n\n1. **Front View Analysis:**\n - The structure appears to have several branches extending outward.\n - There do not appear to be any obvious signs of axon doubling back on itself or forming extreme angles, which might suggest a merge error.\n\n2. **Side View Analysis:**\n - The branches are relatively straight and do not present unusual bends or loops.\n - There's a smooth transition between branches, which aligns with typical neuronal morphology.\n\n3. **Top View Analysis:**\n - Similar to the side view, the branches are consistent without abrupt directional changes.\n - No indication of merging into a different neuron's process is visible here.\n\nAcross all views, the morphology seems consistent with that of a single neuron, and there are no clear signs of the structures being incorrectly merged together.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135657875330":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135657875330", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135657875330_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135657875330_1148959_658203_1011654\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1148959_658203_1011654", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":120120, + "timestamp":1599855361, + "merge_coords":[ + 1196485.5, + 689451.0, + 961978.5 + ], + "interface_point":[ + 1196485.5, + 689451.0, + 961978.5 + ], + "base_neuron_id":"864691135809557196", + "before_root_ids":[ + 864691135809557196 + ], + "after_root_ids":[ + 864691135269844645, + 864691136922808804 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe given 3D segment views present possible indicators of merge errors, such as:\n\n1. **Front View**: The structure appears to have intersecting segments that suggest a possible unnatural merger. Such intersections may indicate the axon or dendrites doubling back or an unintended union.\n\n2. **Side View**: The visible sharp angles and backtracking reinforce the possibility of a merge error. Neuronal processes don't naturally form abrupt ninety-degree angles, suggesting this may be where two separate processes have been inappropriately connected.\n\n3. **Top View**: A further inspection shows what could be parallel segments merging at sharp angles, supporting the observation from the side view.\n\nThese indicators potentially imply that the segments have been mistakenly grouped, likely due to a merge error caused by the algorithm.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The given 3D segment views present possible indicators of merge errors, such as:\n\n1. **Front View**: The structure appears to have intersecting segments that suggest a possible unnatural merger. Such intersections may indicate the axon or dendrites doubling back or an unintended union.\n\n2. **Side View**: The visible sharp angles and backtracking reinforce the possibility of a merge error. Neuronal processes don't naturally form abrupt ninety-degree angles, suggesting this may be where two separate processes have been inappropriately connected.\n\n3. **Top View**: A further inspection shows what could be parallel segments merging at sharp angles, supporting the observation from the side view.\n\nThese indicators potentially imply that the segments have been mistakenly grouped, likely due to a merge error caused by the algorithm.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135809557196":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135809557196", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + } + ], + "id":"864691135809557196" + }, + { + "task":"split_identification", + "operation_id":120120, + "timestamp":1599855361, + "merge_coords":[ + 1196485.5, + 689451.0, + 961978.5 + ], + "interface_point":[ + 1196485.5, + 689451.0, + 961978.5 + ], + "base_neuron_id":"864691135809557196", + "before_root_ids":[ + 864691135809557196 + ], + "after_root_ids":[ + 864691135269844645, + 864691136922808804 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe given 3D segmentation of neuronal data is analyzed through the front, side, and top views to detect any potential merge errors.\n\n1. **Front View Analysis:**\n - The segment appears relatively linear but shows some irregularities that could be indicative of branching or merging points.\n\n2. **Side View Analysis:**\n - The side profile reveals a less linear path with some sections appearing to double back or make sharp angles, which are potential indicators of merge errors.\n\n3. **Top View Analysis:**\n - The segment shows a winding path which may suggest connections that are not characteristic of a singular neuron's axonal branches.\n\nThe analysis across all views suggests possible merge errors, particularly where there appear to be abrupt directional changes and overlapping-like structures that are inconsistent for a single neuronal process. The perpendicular or double-backing appearance is especially concerning in the side view.\n\nGiven these observations, it is likely that the segment may contain processes from different neurons and should be split.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The given 3D segmentation of neuronal data is analyzed through the front, side, and top views to detect any potential merge errors.\n\n1. **Front View Analysis:**\n - The segment appears relatively linear but shows some irregularities that could be indicative of branching or merging points.\n\n2. **Side View Analysis:**\n - The side profile reveals a less linear path with some sections appearing to double back or make sharp angles, which are potential indicators of merge errors.\n\n3. **Top View Analysis:**\n - The segment shows a winding path which may suggest connections that are not characteristic of a singular neuron's axonal branches.\n\nThe analysis across all views suggests possible merge errors, particularly where there appear to be abrupt directional changes and overlapping-like structures that are inconsistent for a single neuronal process. The perpendicular or double-backing appearance is especially concerning in the side view.\n\nGiven these observations, it is likely that the segment may contain processes from different neurons and should be split.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135809557196":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135809557196", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135809557196_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135809557196_1196485_689451_961978\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1196485_689451_961978", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":120144, + "timestamp":1599855514, + "merge_coords":[ + 1196480.25, + 689582.25, + 962031.0 + ], + "interface_point":[ + 1196480.25, + 689582.25, + 962031.0 + ], + "base_neuron_id":"864691136039423742", + "before_root_ids":[ + 864691136039423742 + ], + "after_root_ids":[ + 864691135697420565, + 864691135771768139 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided show the neuronal segment from three perspectives: front, side, and top. In analyzing these images for merge errors, we need to look for signs such as axons making sharp turns or doubling back, which can indicate improper segmentation.\n\n1. **Front View Analysis:**\n - The front view shows a central structure with branching processes extending outward. The branch structures appear to diverge naturally without abrupt angles or crossings over the main structure.\n\n2. **Side View Analysis:**\n - The side view presents a different angle on the branching patterns. Here, the processes seem to maintain a consistent path, with no noticeable bending back or unnatural junctions connected to the central structure. They diverge outward smoothly.\n\n3. **Top View Analysis:**\n - The top view further confirms the branching patterns seen in the other views. Again, the structures appear to diverge from the center without unusual bends or angles, which could signify a merging error.\n\nOverall, none of the views display the characteristic signs of merge errors such as axons doubling back or forming tight, unnatural angles. The continuity and smooth branching seen in these images suggest there are no major merge errors in this 3D segmentation.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show the neuronal segment from three perspectives: front, side, and top. In analyzing these images for merge errors, we need to look for signs such as axons making sharp turns or doubling back, which can indicate improper segmentation.\n\n1. **Front View Analysis:**\n - The front view shows a central structure with branching processes extending outward. The branch structures appear to diverge naturally without abrupt angles or crossings over the main structure.\n\n2. **Side View Analysis:**\n - The side view presents a different angle on the branching patterns. Here, the processes seem to maintain a consistent path, with no noticeable bending back or unnatural junctions connected to the central structure. They diverge outward smoothly.\n\n3. **Top View Analysis:**\n - The top view further confirms the branching patterns seen in the other views. Again, the structures appear to diverge from the center without unusual bends or angles, which could signify a merging error.\n\nOverall, none of the views display the characteristic signs of merge errors such as axons doubling back or forming tight, unnatural angles. The continuity and smooth branching seen in these images suggest there are no major merge errors in this 3D segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136039423742":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + } + }, + "prompt_options":[ + { + "id":"864691136039423742", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + } + ], + "id":"864691136039423742" + }, + { + "task":"split_identification", + "operation_id":120144, + "timestamp":1599855514, + "merge_coords":[ + 1196480.25, + 689582.25, + 962031.0 + ], + "interface_point":[ + 1196480.25, + 689582.25, + 962031.0 + ], + "base_neuron_id":"864691136039423742", + "before_root_ids":[ + 864691136039423742 + ], + "after_root_ids":[ + 864691135697420565, + 864691135771768139 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show the 3D morphology of a neuronal segment from front, side, and top perspectives. To assess for merge errors, we focus on structural anomalies often indicative of such errors. These include axons that double back after branching or make sharp angles, such as ninety-degree turns, which usually suggest connections to other neurons that should not occur in a single neuron's processes.\n\nUpon examining the images:\n\n1. **Front View:** The structure appears to be largely consistent with typical neuronal morphology. There are many branches, but none seem to exhibit the indicative signs of mergers such as sharp angular turns or unusual loop-backs in the axon structure.\n\n2. **Side View:** Similarly, this view maintains a coherent pattern typical of a single neuron's branching.\n\n3. **Top View:** The neuronal structure continues to display a coherent dendritic and axonal pattern without abrupt angles or suspiciously doubled-back axons.\n\nAcross all views, the center of the volume\u2014where merges are most likely to occur\u2014does not show any anomalies that would suggest the presence of merged neurons. The branching structure is intricate but follows a logical flow consistent with a singular neuronal network.\n\nOverall, the morphology remains consistent with that of a single neuron without apparent signs of merge errors. \n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show the 3D morphology of a neuronal segment from front, side, and top perspectives. To assess for merge errors, we focus on structural anomalies often indicative of such errors. These include axons that double back after branching or make sharp angles, such as ninety-degree turns, which usually suggest connections to other neurons that should not occur in a single neuron's processes.\n\nUpon examining the images:\n\n1. **Front View:** The structure appears to be largely consistent with typical neuronal morphology. There are many branches, but none seem to exhibit the indicative signs of mergers such as sharp angular turns or unusual loop-backs in the axon structure.\n\n2. **Side View:** Similarly, this view maintains a coherent pattern typical of a single neuron's branching.\n\n3. **Top View:** The neuronal structure continues to display a coherent dendritic and axonal pattern without abrupt angles or suspiciously doubled-back axons.\n\nAcross all views, the center of the volume\u2014where merges are most likely to occur\u2014does not show any anomalies that would suggest the presence of merged neurons. The branching structure is intricate but follows a logical flow consistent with a singular neuronal network.\n\nOverall, the morphology remains consistent with that of a single neuron without apparent signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136039423742":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + } + }, + "prompt_options":[ + { + "id":"864691136039423742", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691136039423742_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136039423742_1196480_689582_962031\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":151620 + }, + "merge_coords":"1196480_689582_962031", + "zoom_margin":151620 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":161189, + "timestamp":1605733954, + "merge_coords":[ + 1284570.0, + 418047.0, + 1014531.0 + ], + "interface_point":[ + 1284570.0, + 418047.0, + 1014531.0 + ], + "base_neuron_id":"864691135323048860", + "before_root_ids":[ + 864691135323048860 + ], + "after_root_ids":[ + 864691135355077071, + 864691135658006402 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided show the segment of neuronal data from front, side, and top views. Here is the analysis based on the views:\n\n1. **Front View:**\n - The segment appears convoluted and has a notable branching structure.\n - There's no obvious unrealistic doubling back or sharp angles at the center based on this perspective.\n \n2. **Side View:**\n - The segment shows a relatively consistent path, without obvious ninety-degree angles or loops that might suggest a merge error.\n - The overall shape is elongated as expected for neuronal processes.\n \n3. **Top View:**\n - The path appears mostly linear without abrupt changes in direction that would suggest merging.\n - Particularly in the center, the structure is continuous, without branching that turns back into itself sharply.\n\nCombining these perspectives, there doesn't seem to be clear evidence of a merge error, such as abrupt ninety-degree angles, doubling back, or inconsistencies in the structure.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show the segment of neuronal data from front, side, and top views. Here is the analysis based on the views:\n\n1. **Front View:**\n - The segment appears convoluted and has a notable branching structure.\n - There's no obvious unrealistic doubling back or sharp angles at the center based on this perspective.\n \n2. **Side View:**\n - The segment shows a relatively consistent path, without obvious ninety-degree angles or loops that might suggest a merge error.\n - The overall shape is elongated as expected for neuronal processes.\n \n3. **Top View:**\n - The path appears mostly linear without abrupt changes in direction that would suggest merging.\n - Particularly in the center, the structure is continuous, without branching that turns back into itself sharply.\n\nCombining these perspectives, there doesn't seem to be clear evidence of a merge error, such as abrupt ninety-degree angles, doubling back, or inconsistencies in the structure.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135323048860":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135323048860", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + } + ], + "id":"864691135323048860" + }, + { + "task":"split_identification", + "operation_id":161189, + "timestamp":1605733954, + "merge_coords":[ + 1284570.0, + 418047.0, + 1014531.0 + ], + "interface_point":[ + 1284570.0, + 418047.0, + 1014531.0 + ], + "base_neuron_id":"864691135323048860", + "before_root_ids":[ + 864691135323048860 + ], + "after_root_ids":[ + 864691135355077071, + 864691135658006402 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe provided images show a 3D segmentation of a neuronal process. To determine if there is a merge error, I'll consider the structural cues from the provided views:\n\n1. **Front View:** The structure appears to be continuous without abrupt changes in direction that might suggest a merge error. There is a looping appearance, but this might not indicate a merge without further cues.\n\n2. **Side View:** This view shows a less pronounced loop, with a relatively consistent structure. The process doesn't demonstrate a typical sign of merging, such as sharp, unnatural angles.\n\n3. **Top View:** The process continues smoothly without sharp turns or doubling back on itself, which would typically hint at a merge from an adjoining neuron.\n\nAcross all views, the segment maintains a smooth, continuous morphology without the presence of sharp angles or doubling-back patterns that are characteristic of merge errors in connectomics data. \n\nTherefore, based on the provided perspectives, the segment likely corresponds to processes from a single neuron, without signs of merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of a neuronal process. To determine if there is a merge error, I'll consider the structural cues from the provided views:\n\n1. **Front View:** The structure appears to be continuous without abrupt changes in direction that might suggest a merge error. There is a looping appearance, but this might not indicate a merge without further cues.\n\n2. **Side View:** This view shows a less pronounced loop, with a relatively consistent structure. The process doesn't demonstrate a typical sign of merging, such as sharp, unnatural angles.\n\n3. **Top View:** The process continues smoothly without sharp turns or doubling back on itself, which would typically hint at a merge from an adjoining neuron.\n\nAcross all views, the segment maintains a smooth, continuous morphology without the presence of sharp angles or doubling-back patterns that are characteristic of merge errors in connectomics data. \n\nTherefore, based on the provided perspectives, the segment likely corresponds to processes from a single neuron, without signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135323048860":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135323048860", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135323048860_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135323048860_1284570_418047_1014531\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1284570_418047_1014531", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":162754, + "timestamp":1605886774, + "merge_coords":[ + 952564.9375, + 712838.8125, + 716847.375 + ], + "interface_point":[ + 952564.9375, + 712838.8125, + 716847.375 + ], + "base_neuron_id":"864691136334036915", + "before_root_ids":[ + 864691136334036915 + ], + "after_root_ids":[ + 864691135207833465, + 864691136134590859 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images appear to show a segment of neuronal data intended to represent a single neuron\u2019s processes (axon and dendrites). \n\n**Front View:**\n- The structure appears relatively linear with some branching. \n\n**Side View:**\n- There is a noticeable bending in the structure, although this can be characteristic of natural axonal paths.\n- However, there is no clear ninety-degree angle indicative of a potential merge error.\n\n**Top View:**\n- The structure's path seems consistent with continuous branching.\n- No significant backward folding or sharp angles are evident.\n\nThe key indicators for merge errors, such as sharp angles, backward loops, or doubling back, are not prominently present in these perspectives. The branching pattern looks fairly natural given the complexity of neuronal arborization.\n\nOverall, despite some bending seen in the side view, there aren't clear signs of merging erroneous neuron segments. The morphology appears largely continuous and consistent for a single neuron\u2019s segment.\n\nConcluding there doesn't appear to be a merge error in the segment as depicted.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images appear to show a segment of neuronal data intended to represent a single neuron\u2019s processes (axon and dendrites). \n\n**Front View:**\n- The structure appears relatively linear with some branching. \n\n**Side View:**\n- There is a noticeable bending in the structure, although this can be characteristic of natural axonal paths.\n- However, there is no clear ninety-degree angle indicative of a potential merge error.\n\n**Top View:**\n- The structure's path seems consistent with continuous branching.\n- No significant backward folding or sharp angles are evident.\n\nThe key indicators for merge errors, such as sharp angles, backward loops, or doubling back, are not prominently present in these perspectives. The branching pattern looks fairly natural given the complexity of neuronal arborization.\n\nOverall, despite some bending seen in the side view, there aren't clear signs of merging erroneous neuron segments. The morphology appears largely continuous and consistent for a single neuron\u2019s segment.\n\nConcluding there doesn't appear to be a merge error in the segment as depicted.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136334036915":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + } + }, + "prompt_options":[ + { + "id":"864691136334036915", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + } + ], + "id":"864691136334036915" + }, + { + "task":"split_identification", + "operation_id":162754, + "timestamp":1605886774, + "merge_coords":[ + 952564.9375, + 712838.8125, + 716847.375 + ], + "interface_point":[ + 952564.9375, + 712838.8125, + 716847.375 + ], + "base_neuron_id":"864691136334036915", + "before_root_ids":[ + 864691136334036915 + ], + "after_root_ids":[ + 864691135207833465, + 864691136134590859 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a segment of neuronal data with views from the front, side, and top. Merge errors in neuronal segmentation typically present as unusual structural features like axons doubling back or forming unnatural angles. Here, I will look for any indication of such errors:\n\n1. **Front View**: The segment appears to have a relatively consistent path without abrupt changes in direction or unexpected doubling back, although there are slight changes in curvature.\n\n2. **Side View**: The path maintains a relatively smooth trajectory without forming sharp angles or displaying signs of improper joins between segments.\n\n3. **Top View**: Similar to the other perspectives, no evident doubling back or ninety-degree turns are visible here.\n\nOverall, none of the perspectives display characteristics strongly indicative of a merge error, such as drastic changes in direction or unnatural configurations. The segment seems to follow a branch-like pattern consistent with a neuronal process without obvious aberrations that would strongly suggest a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a segment of neuronal data with views from the front, side, and top. Merge errors in neuronal segmentation typically present as unusual structural features like axons doubling back or forming unnatural angles. Here, I will look for any indication of such errors:\n\n1. **Front View**: The segment appears to have a relatively consistent path without abrupt changes in direction or unexpected doubling back, although there are slight changes in curvature.\n\n2. **Side View**: The path maintains a relatively smooth trajectory without forming sharp angles or displaying signs of improper joins between segments.\n\n3. **Top View**: Similar to the other perspectives, no evident doubling back or ninety-degree turns are visible here.\n\nOverall, none of the perspectives display characteristics strongly indicative of a merge error, such as drastic changes in direction or unnatural configurations. The segment seems to follow a branch-like pattern consistent with a neuronal process without obvious aberrations that would strongly suggest a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136334036915":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + } + }, + "prompt_options":[ + { + "id":"864691136334036915", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691136334036915_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136334036915_952564_712838_716847\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":58926 + }, + "merge_coords":"952564_712838_716847", + "zoom_margin":58926 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":164406, + "timestamp":1606227317, + "merge_coords":[ + 1197535.5, + 544341.0, + 996702.0 + ], + "interface_point":[ + 1197535.5, + 544341.0, + 996702.0 + ], + "base_neuron_id":"864691135675334467", + "before_root_ids":[ + 864691135675334467 + ], + "after_root_ids":[ + 864691135841199331, + 864691135567936236 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the 3D segmentation shown from the front, side, and top perspectives, we need to identify any signs of merge errors. These errors often manifest as unnatural axonal structures, such as sharp angles or axons that double back in a manner inconsistent with normal neuronal morphology.\n\n1. **Front View**: In the front view image, there is a branching point. Observe if there are any sharp angles or any doubling back which is a clear indicator of merging from different neurons.\n\n2. **Side View**: The side view provides depth perception. Check for unusual bending or overlap that doesn't align with the normal direction of an axon extending out from the soma.\n\n3. **Top View**: The top view can reveal how the branches are laid out. Look for any intersections or unnatural angles that suggest different neuronal processes are merged.\n\nBased on the images provided:\n- The front view shows a distinct path with branching. There doesn't appear to be an unnatural reversal or sharp angle.\n- From the side view, we see a coherent structure, without bent back or intersecting segments.\n- The top view aligns branches without forming odd angles or intersections.\n\nThere are no evident aberrations like a doubling back or sharp right angle that might indicate a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Analyzing the 3D segmentation shown from the front, side, and top perspectives, we need to identify any signs of merge errors. These errors often manifest as unnatural axonal structures, such as sharp angles or axons that double back in a manner inconsistent with normal neuronal morphology.\n\n1. **Front View**: In the front view image, there is a branching point. Observe if there are any sharp angles or any doubling back which is a clear indicator of merging from different neurons.\n\n2. **Side View**: The side view provides depth perception. Check for unusual bending or overlap that doesn't align with the normal direction of an axon extending out from the soma.\n\n3. **Top View**: The top view can reveal how the branches are laid out. Look for any intersections or unnatural angles that suggest different neuronal processes are merged.\n\nBased on the images provided:\n- The front view shows a distinct path with branching. There doesn't appear to be an unnatural reversal or sharp angle.\n- From the side view, we see a coherent structure, without bent back or intersecting segments.\n- The top view aligns branches without forming odd angles or intersections.\n\nThere are no evident aberrations like a doubling back or sharp right angle that might indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135675334467":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135675334467", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + } + ], + "id":"864691135675334467" + }, + { + "task":"split_identification", + "operation_id":164406, + "timestamp":1606227317, + "merge_coords":[ + 1197535.5, + 544341.0, + 996702.0 + ], + "interface_point":[ + 1197535.5, + 544341.0, + 996702.0 + ], + "base_neuron_id":"864691135675334467", + "before_root_ids":[ + 864691135675334467 + ], + "after_root_ids":[ + 864691135841199331, + 864691135567936236 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe analysis of the 3D segmentation from the front, side, and top perspectives shows the morphology of the neuronal processes. Here are the observations:\n\n1. **Front View**: The segment appears elongated with a relatively uniform thickness, which is typical for neuronal processes. There is an enlargement at one point, which could suggest a branching or swelling, but it does not immediately suggest an error.\n\n2. **Side View**: The side view provides a perspective on the curvatures and angles. There is a noticeable bend, but it does not form a distinct 90-degree angle typically associated with merge errors. No significant doubling back is evident.\n\n3. **Top View**: The top view confirms the overall structure without significant irregularities or radical angle changes.\n\nThe structure does not exhibit characteristics typically associated with a merge error, such as abrupt angles or unusual loop formations.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The analysis of the 3D segmentation from the front, side, and top perspectives shows the morphology of the neuronal processes. Here are the observations:\n\n1. **Front View**: The segment appears elongated with a relatively uniform thickness, which is typical for neuronal processes. There is an enlargement at one point, which could suggest a branching or swelling, but it does not immediately suggest an error.\n\n2. **Side View**: The side view provides a perspective on the curvatures and angles. There is a noticeable bend, but it does not form a distinct 90-degree angle typically associated with merge errors. No significant doubling back is evident.\n\n3. **Top View**: The top view confirms the overall structure without significant irregularities or radical angle changes.\n\nThe structure does not exhibit characteristics typically associated with a merge error, such as abrupt angles or unusual loop formations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135675334467":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135675334467", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135675334467_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135675334467_1197535_544341_996702\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1197535_544341_996702", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":165006, + "timestamp":1606323297, + "merge_coords":[ + 1061973.875, + 987935.4375, + 863441.75 + ], + "interface_point":[ + 1061973.875, + 987935.4375, + 863441.75 + ], + "base_neuron_id":"864691135945273034", + "before_root_ids":[ + 864691135945273034 + ], + "after_root_ids":[ + 864691136521665937, + 864691135488301370 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\n\nWhen analyzing the provided 3D segmentation images for potential merge errors, we need to focus on the characteristics typical of such errors, specifically looking for:\n\n1. **Axonal Doubling Back**: This would appear as the axon looping back on itself, which typically does not occur naturally without a clear physiological reason.\n\n2. **Sharp Angles**: Particularly, observing connections forming near ninety-degree angles where continuous, smooth connections would be expected.\n\n3. **Central Merges**: Since we are looking at a cropped 3D volume with emphasis on the center, most analysis should be concentrated there.\n\nUpon reviewing each of the perspectives:\n\n- **Front View**: The segment appears elongated with branching but does not show any obvious doubling back or abrupt angles.\n\n- **Side View**: The segments extend vertically with branching. There is no evident merging or unnatural angles typical of merge errors.\n\n- **Top View**: The segments diverge in a way that appears regular for neuronal extensions, without noticeable unnatural turns or loops.\n\nConsidering the above observations across all views, the segmentations display a branched but coherent structure with no visible evidence of typical merge errors. The branching and angles observed are consistent with normal neuronal morphology.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"When analyzing the provided 3D segmentation images for potential merge errors, we need to focus on the characteristics typical of such errors, specifically looking for:\n\n1. **Axonal Doubling Back**: This would appear as the axon looping back on itself, which typically does not occur naturally without a clear physiological reason.\n\n2. **Sharp Angles**: Particularly, observing connections forming near ninety-degree angles where continuous, smooth connections would be expected.\n\n3. **Central Merges**: Since we are looking at a cropped 3D volume with emphasis on the center, most analysis should be concentrated there.\n\nUpon reviewing each of the perspectives:\n\n- **Front View**: The segment appears elongated with branching but does not show any obvious doubling back or abrupt angles.\n\n- **Side View**: The segments extend vertically with branching. There is no evident merging or unnatural angles typical of merge errors.\n\n- **Top View**: The segments diverge in a way that appears regular for neuronal extensions, without noticeable unnatural turns or loops.\n\nConsidering the above observations across all views, the segmentations display a branched but coherent structure with no visible evidence of typical merge errors. The branching and angles observed are consistent with normal neuronal morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135945273034":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + } + }, + "prompt_options":[ + { + "id":"864691135945273034", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + } + ], + "id":"864691135945273034" + }, + { + "task":"split_identification", + "operation_id":165006, + "timestamp":1606323297, + "merge_coords":[ + 1061973.875, + 987935.4375, + 863441.75 + ], + "interface_point":[ + 1061973.875, + 987935.4375, + 863441.75 + ], + "base_neuron_id":"864691135945273034", + "before_root_ids":[ + 864691135945273034 + ], + "after_root_ids":[ + 864691136521665937, + 864691135488301370 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nIn evaluating the three views of the neuronal segment, several aspects should be considered to detect potential merge errors. Here's a summary of the observations:\n\n1. **Front View:**\n - The structure appears to be linear without any unusual branching or curvature that would suggest the axon doubling back on itself.\n\n2. **Side View:**\n - The axon maintains a relatively consistent path. There doesn\u2019t seem to be any acute or right angles suggestive of a merge error.\n\n3. **Top View:**\n - Similarly, the top view does not show any unusual morphologies or branching structures that would indicate the presence of an erroneous merge.\n\nOverall, the segment appears consistent and linear across all views without any of the common characteristics of merge errors. Therefore, there is no strong evidence of a merge error in this instance.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In evaluating the three views of the neuronal segment, several aspects should be considered to detect potential merge errors. Here's a summary of the observations:\n\n1. **Front View:**\n - The structure appears to be linear without any unusual branching or curvature that would suggest the axon doubling back on itself.\n\n2. **Side View:**\n - The axon maintains a relatively consistent path. There doesn\u2019t seem to be any acute or right angles suggestive of a merge error.\n\n3. **Top View:**\n - Similarly, the top view does not show any unusual morphologies or branching structures that would indicate the presence of an erroneous merge.\n\nOverall, the segment appears consistent and linear across all views without any of the common characteristics of merge errors. Therefore, there is no strong evidence of a merge error in this instance.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135945273034":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + } + }, + "prompt_options":[ + { + "id":"864691135945273034", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135945273034_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691135945273034_1061973_987935_863441\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":7896 + }, + "merge_coords":"1061973_987935_863441", + "zoom_margin":7896 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":171347, + "timestamp":1607529211, + "merge_coords":[ + 847289.875, + 913413.5, + 824875.5 + ], + "interface_point":[ + 847289.875, + 913413.5, + 824875.5 + ], + "base_neuron_id":"864691136065522584", + "before_root_ids":[ + 864691136065522584 + ], + "after_root_ids":[ + 864691135725701439, + 864691135303286695 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. The focus is on identifying potential merge errors, which could manifest as unusual branching patterns or structural anomalies in the axonal processes.\n\nUpon examining the images:\n1. **Front View:** The structure is largely linear with some curvature. There are no obvious signs of the process doubling back or merging at sharp angles in the visible part of the segment.\n\n2. **Side View:** Similar to the front view, the segment maintains a mostly continuous trajectory. There is some undulation, but no abrupt angles or branching that suggest merging.\n\n3. **Top View:** This view does not display any dramatic deviations or branches that would indicate a merge error. The trajectory appears consistent with that expected of a single neuronal process.\n\nOverall, the structures in all three views are consistent with those of a single neuron's process. There are no visible signs of merge errors, such as doubling back or sharp angular connections in the displayed segments, especially in the center of the volume where merges are more likely to occur.\n\nTherefore, based on the visual evidence provided, there does not appear to be a merge error in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. The focus is on identifying potential merge errors, which could manifest as unusual branching patterns or structural anomalies in the axonal processes.\n\nUpon examining the images:\n1. **Front View:** The structure is largely linear with some curvature. There are no obvious signs of the process doubling back or merging at sharp angles in the visible part of the segment.\n\n2. **Side View:** Similar to the front view, the segment maintains a mostly continuous trajectory. There is some undulation, but no abrupt angles or branching that suggest merging.\n\n3. **Top View:** This view does not display any dramatic deviations or branches that would indicate a merge error. The trajectory appears consistent with that expected of a single neuronal process.\n\nOverall, the structures in all three views are consistent with those of a single neuron's process. There are no visible signs of merge errors, such as doubling back or sharp angular connections in the displayed segments, especially in the center of the volume where merges are more likely to occur.\n\nTherefore, based on the visual evidence provided, there does not appear to be a merge error in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136065522584":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + } + }, + "prompt_options":[ + { + "id":"864691136065522584", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + } + ], + "id":"864691136065522584" + }, + { + "task":"split_identification", + "operation_id":171347, + "timestamp":1607529211, + "merge_coords":[ + 847289.875, + 913413.5, + 824875.5 + ], + "interface_point":[ + 847289.875, + 913413.5, + 824875.5 + ], + "base_neuron_id":"864691136065522584", + "before_root_ids":[ + 864691136065522584 + ], + "after_root_ids":[ + 864691135725701439, + 864691135303286695 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show different views (front, side, top) of a 3D neuronal segmentation. The task is to identify whether merge errors are present, which are often characterized by structural anomalies such as the axon doubling back, sharp angles, or inappropriate connections between different neurites.\n\n1. **Front View:**\n - The segment appears relatively linear but there are slight variations and possible kinks in the structure. This could suggest points where a branch may have improperly merged or the segment might bend back onto itself.\n\n2. **Side View:**\n - Again, the segment maintains a mostly continuous line, albeit with some subtle undulations. However, there is one noticeable deviation that suggests a potential sharp angle.\n\n3. **Top View:**\n - This viewpoint provides an additional perspective on the noted angles from the other views. There seems to be a section where two branches meet at a sharper angle than usual.\n\nOverall, while the segment is primarily continuous and linear, the presence of certain structural deviations and potential sharp angles is suspicious. These characteristics can be indicative of a merge error, such as two axons being inappropriately connected. Given the context that this is a center-focused analysis, the central deviations observed in the segment increase the likelihood of a merge error.\n\nThese observations suggest that the data might contain a merge error that would require splitting the segment apart to maintain accuracy in neuronal morphology.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided show different views (front, side, top) of a 3D neuronal segmentation. The task is to identify whether merge errors are present, which are often characterized by structural anomalies such as the axon doubling back, sharp angles, or inappropriate connections between different neurites.\n\n1. **Front View:**\n - The segment appears relatively linear but there are slight variations and possible kinks in the structure. This could suggest points where a branch may have improperly merged or the segment might bend back onto itself.\n\n2. **Side View:**\n - Again, the segment maintains a mostly continuous line, albeit with some subtle undulations. However, there is one noticeable deviation that suggests a potential sharp angle.\n\n3. **Top View:**\n - This viewpoint provides an additional perspective on the noted angles from the other views. There seems to be a section where two branches meet at a sharper angle than usual.\n\nOverall, while the segment is primarily continuous and linear, the presence of certain structural deviations and potential sharp angles is suspicious. These characteristics can be indicative of a merge error, such as two axons being inappropriately connected. Given the context that this is a center-focused analysis, the central deviations observed in the segment increase the likelihood of a merge error.\n\nThese observations suggest that the data might contain a merge error that would require splitting the segment apart to maintain accuracy in neuronal morphology.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136065522584":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + } + }, + "prompt_options":[ + { + "id":"864691136065522584", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691136065522584_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136065522584_847289_913413_824875\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":22134 + }, + "merge_coords":"847289_913413_824875", + "zoom_margin":22134 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":171380, + "timestamp":1607532721, + "merge_coords":[ + 763420.5, + 928597.5, + 780112.5 + ], + "interface_point":[ + 763420.5, + 928597.5, + 780112.5 + ], + "base_neuron_id":"864691136422892079", + "before_root_ids":[ + 864691136422892079 + ], + "after_root_ids":[ + 864691135858809704, + 864691136740585820 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images, we analyze the axonal structure from three perspectives: front, side, and top. We are looking for characteristics that indicate a merge error, such as abnormal branching patterns, axonal doubling back, or forming sharp angles.\n\n1. **Front View:**\n - The segment appears to be somewhat linear but may show some irregularities in how it branches. Look for any sharp curves or significant deviations from a linear path that could suggest merging.\n\n2. **Side View:**\n - Observe any points where the segment folds back or forms a sharp angle. These could indicate a merge error. A natural axonal structure typically follows a smoother curve unless constrained by physical obstacles.\n\n3. **Top View:**\n - From this perspective, assess if the segment shows any non-biological protrusions or sudden direction changes. Such features might indicate that two different neuronal processes have been inappropriately merged.\n\nIn all three views, focus on the central region of the images, as errors are more likely to occur there. \n\nThe structures do show some irregularities and deviations which could suggest merging of different neuronal processes, especially if any segments double back or form very sharp angles. However, without clear indications of such patterns, it might still align with natural variability in axonal morphology.\n\nGiven these observations, there is no definitive indication of a clear merge error based solely on visual examination. Any potentially suspect structural aspects do not strongly deviate from what might be considered natural axonal variability.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we analyze the axonal structure from three perspectives: front, side, and top. We are looking for characteristics that indicate a merge error, such as abnormal branching patterns, axonal doubling back, or forming sharp angles.\n\n1. **Front View:**\n - The segment appears to be somewhat linear but may show some irregularities in how it branches. Look for any sharp curves or significant deviations from a linear path that could suggest merging.\n\n2. **Side View:**\n - Observe any points where the segment folds back or forms a sharp angle. These could indicate a merge error. A natural axonal structure typically follows a smoother curve unless constrained by physical obstacles.\n\n3. **Top View:**\n - From this perspective, assess if the segment shows any non-biological protrusions or sudden direction changes. Such features might indicate that two different neuronal processes have been inappropriately merged.\n\nIn all three views, focus on the central region of the images, as errors are more likely to occur there. \n\nThe structures do show some irregularities and deviations which could suggest merging of different neuronal processes, especially if any segments double back or form very sharp angles. However, without clear indications of such patterns, it might still align with natural variability in axonal morphology.\n\nGiven these observations, there is no definitive indication of a clear merge error based solely on visual examination. Any potentially suspect structural aspects do not strongly deviate from what might be considered natural axonal variability.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136422892079":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136422892079", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + } + ], + "id":"864691136422892079" + }, + { + "task":"split_identification", + "operation_id":171380, + "timestamp":1607532721, + "merge_coords":[ + 763420.5, + 928597.5, + 780112.5 + ], + "interface_point":[ + 763420.5, + 928597.5, + 780112.5 + ], + "base_neuron_id":"864691136422892079", + "before_root_ids":[ + 864691136422892079 + ], + "after_root_ids":[ + 864691135858809704, + 864691136740585820 + ], + "proofread_root_id":"864691135233242713", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. I will analyze the structure for the potential merge errors that could suggest processes from different neurons are grouped together incorrectly.\n\n1. **Front View Analysis:**\n - The structure appears elongated and tubular, which is typical for neuronal processes.\n - There is a notable lack of abnormal doubling back or sharp angles, which can indicate a merge error.\n\n2. **Side View Analysis:**\n - The side view also shows a consistent elongated process without sharp, aberrant turns.\n - No evident ninety-degree junctions or unexpected bends that might signal improper merging.\n\n3. **Top View Analysis:**\n - The top view continues to show a linear, albeit slightly curved, path typical of a single neuronal segment.\n - I do not observe any branching or abrupt direction changes indicative of a merge error.\n\nOverall, the structure across all views maintains a consistent, linear formation without features suggestive of a merge error, such as doubling back or acute angle formations. Therefore, this structure likely represents a single neuron's process without merge faults. \n\nBased on this observation, I do not find evidence of a merge error in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. I will analyze the structure for the potential merge errors that could suggest processes from different neurons are grouped together incorrectly.\n\n1. **Front View Analysis:**\n - The structure appears elongated and tubular, which is typical for neuronal processes.\n - There is a notable lack of abnormal doubling back or sharp angles, which can indicate a merge error.\n\n2. **Side View Analysis:**\n - The side view also shows a consistent elongated process without sharp, aberrant turns.\n - No evident ninety-degree junctions or unexpected bends that might signal improper merging.\n\n3. **Top View Analysis:**\n - The top view continues to show a linear, albeit slightly curved, path typical of a single neuronal segment.\n - I do not observe any branching or abrupt direction changes indicative of a merge error.\n\nOverall, the structure across all views maintains a consistent, linear formation without features suggestive of a merge error, such as doubling back or acute angle formations. Therefore, this structure likely represents a single neuron's process without merge faults. \n\nBased on this observation, I do not find evidence of a merge error in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136422892079":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135233242713":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136422892079", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691136422892079_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + }, + { + "id":"864691135233242713", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135233242713_864691136422892079_763420_928597_780112\/base_864691135233242713_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"763420_928597_780112", + "zoom_margin":4096 + } + ], + "id":"864691135233242713" + }, + { + "task":"split_identification", + "operation_id":334684, + "timestamp":1646628807, + "merge_coords":[ + 714294.0, + 496440.0, + 812397.625 + ], + "interface_point":[ + 714294.0, + 496440.0, + 812397.625 + ], + "base_neuron_id":"864691136136245911", + "before_root_ids":[ + 864691136136245911 + ], + "after_root_ids":[ + 864691136423086639, + 864691135462778525 + ], + "proofread_root_id":"864691135398107425", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are looking for signs of merge errors where processes from different neurons might be incorrectly joined. Key indicators of such errors include:\n\n1. **Doubling Back**: This occurs when a neuronal process appears to deviate sharply from its natural trajectory, suggesting it might be the continuation of a different neuron.\n\n2. **Sharp 90-Degree Angles**: These can indicate unnatural junctions between separate processes, which implies a potential merge error.\n\nFrom the images:\n\n- **Front View**: The observed segment appears to have no unusual doubling back or sharp deviations that would indicate merging with another process.\n \n- **Side View**: The trajectory continues smoothly without abrupt angles or suspicious re-directions, suggesting a continuation of the same neuron.\n\n- **Top View**: The segment maintains a consistent path, lacking the sharp bends or angles indicative of a merge with a different neuron's process.\n\nUpon examining these views, there are no apparent signs of merge errors. The neuronal process seems continuous and self-consistent across all views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are looking for signs of merge errors where processes from different neurons might be incorrectly joined. Key indicators of such errors include:\n\n1. **Doubling Back**: This occurs when a neuronal process appears to deviate sharply from its natural trajectory, suggesting it might be the continuation of a different neuron.\n\n2. **Sharp 90-Degree Angles**: These can indicate unnatural junctions between separate processes, which implies a potential merge error.\n\nFrom the images:\n\n- **Front View**: The observed segment appears to have no unusual doubling back or sharp deviations that would indicate merging with another process.\n \n- **Side View**: The trajectory continues smoothly without abrupt angles or suspicious re-directions, suggesting a continuation of the same neuron.\n\n- **Top View**: The segment maintains a consistent path, lacking the sharp bends or angles indicative of a merge with a different neuron's process.\n\nUpon examining these views, there are no apparent signs of merge errors. The neuronal process seems continuous and self-consistent across all views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136136245911":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "864691135398107425":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + } + }, + "prompt_options":[ + { + "id":"864691136136245911", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + } + ], + "id":"864691136136245911" + }, + { + "task":"split_identification", + "operation_id":334684, + "timestamp":1646628807, + "merge_coords":[ + 714294.0, + 496440.0, + 812397.625 + ], + "interface_point":[ + 714294.0, + 496440.0, + 812397.625 + ], + "base_neuron_id":"864691136136245911", + "before_root_ids":[ + 864691136136245911 + ], + "after_root_ids":[ + 864691136423086639, + 864691135462778525 + ], + "proofread_root_id":"864691135398107425", + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the given images from three perspectives (front, side, top), I focus on the central region for any signs of merge errors. \n\n1. **Front View**: The path of the segment appears to show curvature and branching. There is no obvious sign of the axon doubling back or forming sharp, abrupt angles.\n \n2. **Side View**: The segment maintains a consistent trajectory without any unusual bends or ninety-degree angles that might suggest a merge error.\n\n3. **Top View**: The structure remains largely linear without unexpected sharp turns or bifurcations indicative of a merger with another neuron.\n\nOverall, across all views, the smooth undulating path of the segment suggests continuity and typical neuronal structure. There are no clear features in the center area that strongly indicate a merge error.\n\nConsidering these observations, there appears to be no need to split this segment as there is no significant evidence of merge error.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Analyzing the given images from three perspectives (front, side, top), I focus on the central region for any signs of merge errors. \n\n1. **Front View**: The path of the segment appears to show curvature and branching. There is no obvious sign of the axon doubling back or forming sharp, abrupt angles.\n \n2. **Side View**: The segment maintains a consistent trajectory without any unusual bends or ninety-degree angles that might suggest a merge error.\n\n3. **Top View**: The structure remains largely linear without unexpected sharp turns or bifurcations indicative of a merger with another neuron.\n\nOverall, across all views, the smooth undulating path of the segment suggests continuity and typical neuronal structure. There are no clear features in the center area that strongly indicate a merge error.\n\nConsidering these observations, there appears to be no need to split this segment as there is no significant evidence of merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136136245911":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "864691135398107425":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + } + }, + "prompt_options":[ + { + "id":"864691136136245911", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691136136245911_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691136136245911_714294_496440_812397\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37464 + }, + "merge_coords":"714294_496440_812397", + "zoom_margin":37464 + } + ], + "id":"864691135398107425" + }, + { + "task":"split_identification", + "operation_id":334951, + "timestamp":1646636256, + "merge_coords":[ + 815367.0, + 561561.0, + 852810.0 + ], + "interface_point":[ + 815367.0, + 561561.0, + 852810.0 + ], + "base_neuron_id":"864691135547168094", + "before_root_ids":[ + 864691135547168094 + ], + "after_root_ids":[ + 864691136577874196, + 864691135341564081 + ], + "proofread_root_id":"864691135398107425", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a 3D segmentation of neuronal data from multiple perspectives: front, side, and top. The goal is to identify any merge errors, which are characterized by abnormal morphological features such as an axon doubling back or making sharp angles.\n\n1. **Front View**: The neuron's path appears relatively continuous with no obvious sharp angles or doubling back.\n\n2. **Side View**: This perspective shows a more serpentine structure, which is common in axonal paths. There are no clear indications of the axon turning sharply or forming unnatural angles.\n\n3. **Top View**: Again, the neuronal process seems continuous and does not exhibit characteristics of merging errors like distinct, unnatural bends.\n\nThroughout all views, the structure remains consistent with typical neuronal morphology, showing no signs of abrupt or unusual direction changes that would suggest a merge error. Additionally, no focal area in the center of the images shows any irregular junctions.\n\nIn conclusion, the examined segment seems to be a part of a single neuron without any indications of being improperly merged with another neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of neuronal data from multiple perspectives: front, side, and top. The goal is to identify any merge errors, which are characterized by abnormal morphological features such as an axon doubling back or making sharp angles.\n\n1. **Front View**: The neuron's path appears relatively continuous with no obvious sharp angles or doubling back.\n\n2. **Side View**: This perspective shows a more serpentine structure, which is common in axonal paths. There are no clear indications of the axon turning sharply or forming unnatural angles.\n\n3. **Top View**: Again, the neuronal process seems continuous and does not exhibit characteristics of merging errors like distinct, unnatural bends.\n\nThroughout all views, the structure remains consistent with typical neuronal morphology, showing no signs of abrupt or unusual direction changes that would suggest a merge error. Additionally, no focal area in the center of the images shows any irregular junctions.\n\nIn conclusion, the examined segment seems to be a part of a single neuron without any indications of being improperly merged with another neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135547168094":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "864691135398107425":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + } + }, + "prompt_options":[ + { + "id":"864691135547168094", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + } + ], + "id":"864691135547168094" + }, + { + "task":"split_identification", + "operation_id":334951, + "timestamp":1646636256, + "merge_coords":[ + 815367.0, + 561561.0, + 852810.0 + ], + "interface_point":[ + 815367.0, + 561561.0, + 852810.0 + ], + "base_neuron_id":"864691135547168094", + "before_root_ids":[ + 864691135547168094 + ], + "after_root_ids":[ + 864691136577874196, + 864691135341564081 + ], + "proofread_root_id":"864691135398107425", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided represent a 3D segmentation of neuronal processes, intended to correspond to a single neuron. To detect any potential merge errors, I analyzed the structures shown from the front, side, and top perspectives.\n\nIn the front view, several processes appear to originate from a branching structure. However, there is a segment that appears to loop back on itself, which is indicative of a potential merge error where two separate neuronal processes might have been joined together.\n\nThe side view further illustrates these processes. One segment appears to deviate sharply from the main branch, which could suggest an inappropriate merge. The possibility of a segment forming a sharp angle is present, reinforcing the suspicion from the front view.\n\nFrom the top view, the alignment of the segments seems irregular, with a few processes taking unusual trajectories from where they branch, possibly indicating that they don't belong to the same neuron.\n\nOverall, considering the criteria for merge errors like doubling back and abrupt angles, it's observed that there might be inappropriate grouping in the center of the image volume, suggesting a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided represent a 3D segmentation of neuronal processes, intended to correspond to a single neuron. To detect any potential merge errors, I analyzed the structures shown from the front, side, and top perspectives.\n\nIn the front view, several processes appear to originate from a branching structure. However, there is a segment that appears to loop back on itself, which is indicative of a potential merge error where two separate neuronal processes might have been joined together.\n\nThe side view further illustrates these processes. One segment appears to deviate sharply from the main branch, which could suggest an inappropriate merge. The possibility of a segment forming a sharp angle is present, reinforcing the suspicion from the front view.\n\nFrom the top view, the alignment of the segments seems irregular, with a few processes taking unusual trajectories from where they branch, possibly indicating that they don't belong to the same neuron.\n\nOverall, considering the criteria for merge errors like doubling back and abrupt angles, it's observed that there might be inappropriate grouping in the center of the image volume, suggesting a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135547168094":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "864691135398107425":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + } + }, + "prompt_options":[ + { + "id":"864691135547168094", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135547168094_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + }, + { + "id":"864691135398107425", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135398107425_864691135547168094_815367_561561_852810\/base_864691135398107425_zoomed_top.png" + }, + "em":null, + "zoom_margin":37632 + }, + "merge_coords":"815367_561561_852810", + "zoom_margin":37632 + } + ], + "id":"864691135398107425" + }, + { + "task":"split_identification", + "operation_id":1011609, + "timestamp":1717826334, + "merge_coords":[ + 711203.5, + 584132.5, + 947142.0 + ], + "interface_point":[ + 711203.5, + 584132.5, + 947142.0 + ], + "base_neuron_id":"864691135641712236", + "before_root_ids":[ + 864691135641712236 + ], + "after_root_ids":[ + 864691135408541641, + 864691136578869268 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show the 3D morphology of a neuronal segment viewed from three perspectives: front, side, and top.\n\nUpon examining these views:\n\n1. **Front View:**\n - The axon appears to maintain a relatively consistent trajectory with branches diverging in somewhat expected distribution patterns.\n - No abrupt ninety-degree angles are observed.\n\n2. **Side View:**\n - The axon's trajectory remains consistent without abrupt changes from this perspective.\n - There is one region with a denser clustering of axon branches, but it does not seem to suggest a merge error.\n\n3. **Top View:**\n - Similar to the side view, the overall structure maintains a coherent trajectory.\n - No indications of the axon doubling back or forming unusual angles suggestive of a merge error.\n\nOverall, across the three perspectives, the morphology of the segment appears consistent with what can be expected for a single neuron's axonal and dendritic processes. No significant signs of aberrant merges, such as doubling back, abrupt 90-degree turns, or unnatural structural behaviors, are evident.\n\nConclusion: The images do not provide clear evidence of a merge error, and the segment appears to comprise structures belonging to the same neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show the 3D morphology of a neuronal segment viewed from three perspectives: front, side, and top.\n\nUpon examining these views:\n\n1. **Front View:**\n - The axon appears to maintain a relatively consistent trajectory with branches diverging in somewhat expected distribution patterns.\n - No abrupt ninety-degree angles are observed.\n\n2. **Side View:**\n - The axon's trajectory remains consistent without abrupt changes from this perspective.\n - There is one region with a denser clustering of axon branches, but it does not seem to suggest a merge error.\n\n3. **Top View:**\n - Similar to the side view, the overall structure maintains a coherent trajectory.\n - No indications of the axon doubling back or forming unusual angles suggestive of a merge error.\n\nOverall, across the three perspectives, the morphology of the segment appears consistent with what can be expected for a single neuron's axonal and dendritic processes. No significant signs of aberrant merges, such as doubling back, abrupt 90-degree turns, or unnatural structural behaviors, are evident.\n\nConclusion: The images do not provide clear evidence of a merge error, and the segment appears to comprise structures belonging to the same neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135641712236":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + } + }, + "prompt_options":[ + { + "id":"864691135641712236", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + } + ], + "id":"864691135641712236" + }, + { + "task":"split_identification", + "operation_id":1011609, + "timestamp":1717826334, + "merge_coords":[ + 711203.5, + 584132.5, + 947142.0 + ], + "interface_point":[ + 711203.5, + 584132.5, + 947142.0 + ], + "base_neuron_id":"864691135641712236", + "before_root_ids":[ + 864691135641712236 + ], + "after_root_ids":[ + 864691135408541641, + 864691136578869268 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided allow us to examine the 3D morphology of a neuronal process. Some key signs of possible merge errors include:\n\n1. **Doubling Back After Branching**: This occurs when the process bends back upon itself, suggesting that two separate segments may have been incorrectly joined.\n\n2. **Abrupt Angles**: A sharply angled change in direction, especially near the center of the volume, could indicate an erroneous merge.\n\nUpon examining the images:\n\n- **Front View**: The process seems to exhibit a consistent, generally linear path without abrupt direction changes.\n- **Side View**: The path of the process remains smooth, and there are no clear ninety-degree turns.\n- **Top View**: The continuation of the process shows no significant merging cues, and the overall structure appears consistent across multiple planes.\n\nBased on these observations, there are no evident signs of merging errors in the provided segment. All directions show a coherent pathway characteristic of a single neuronal process.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided allow us to examine the 3D morphology of a neuronal process. Some key signs of possible merge errors include:\n\n1. **Doubling Back After Branching**: This occurs when the process bends back upon itself, suggesting that two separate segments may have been incorrectly joined.\n\n2. **Abrupt Angles**: A sharply angled change in direction, especially near the center of the volume, could indicate an erroneous merge.\n\nUpon examining the images:\n\n- **Front View**: The process seems to exhibit a consistent, generally linear path without abrupt direction changes.\n- **Side View**: The path of the process remains smooth, and there are no clear ninety-degree turns.\n- **Top View**: The continuation of the process shows no significant merging cues, and the overall structure appears consistent across multiple planes.\n\nBased on these observations, there are no evident signs of merging errors in the provided segment. All directions show a coherent pathway characteristic of a single neuronal process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135641712236":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + } + }, + "prompt_options":[ + { + "id":"864691135641712236", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135641712236_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135641712236_864691135868060950_711203_584132_947142\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":39102 + }, + "merge_coords":"711203_584132_947142", + "zoom_margin":39102 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":1011614, + "timestamp":1717826504, + "merge_coords":[ + 708666.0, + 565125.75, + 958686.75 + ], + "interface_point":[ + 708666.0, + 565125.75, + 958686.75 + ], + "base_neuron_id":"864691135741593451", + "before_root_ids":[ + 864691135741593451 + ], + "after_root_ids":[ + 864691135339106278, + 864691135395445493 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images from the front, side, and top perspectives of the 3D segmentation, a few key considerations can be noted:\n\n1. **Axonal Doubling Back**: In the images, observe any instances where an axon appears to loop back on itself after branching. This can suggest a potential merge error, as a single axon typically follows a more direct path without sharp reversals.\n\n2. **Ninety-Degree Angles**: Look out for places where axons take abrupt turns forming right angles. Natural axonal growth typically features smoother curves rather than sharp angles, which can indicate a merging of separate processes.\n\n3. **Center of Volume**: Paying particular attention to the central area of the images is crucial, as this is where most merges are likely to occur.\n\nIn the examined images, certain segments do appear convoluted, with some branching looking more complex than typical neuronal morphology without clear right angles or doubling back that would decisively indicate a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images from the front, side, and top perspectives of the 3D segmentation, a few key considerations can be noted:\n\n1. **Axonal Doubling Back**: In the images, observe any instances where an axon appears to loop back on itself after branching. This can suggest a potential merge error, as a single axon typically follows a more direct path without sharp reversals.\n\n2. **Ninety-Degree Angles**: Look out for places where axons take abrupt turns forming right angles. Natural axonal growth typically features smoother curves rather than sharp angles, which can indicate a merging of separate processes.\n\n3. **Center of Volume**: Paying particular attention to the central area of the images is crucial, as this is where most merges are likely to occur.\n\nIn the examined images, certain segments do appear convoluted, with some branching looking more complex than typical neuronal morphology without clear right angles or doubling back that would decisively indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135741593451":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + } + }, + "prompt_options":[ + { + "id":"864691135741593451", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + } + ], + "id":"864691135741593451" + }, + { + "task":"split_identification", + "operation_id":1011614, + "timestamp":1717826504, + "merge_coords":[ + 708666.0, + 565125.75, + 958686.75 + ], + "interface_point":[ + 708666.0, + 565125.75, + 958686.75 + ], + "base_neuron_id":"864691135741593451", + "before_root_ids":[ + 864691135741593451 + ], + "after_root_ids":[ + 864691135339106278, + 864691135395445493 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a neuronal process from different perspectives: front, side, and top. To determine if there is a merge error, I will analyze the structural characteristics of the process.\n\n1. **Front View Analysis**: The process appears as a continuous line without any noticeable branches doubling back or forming sharp angles. This suggests continuity without signs of merging from different neurons in this view.\n\n2. **Side View Analysis**: Again, the process follows a generally continuous path. There are no abrupt angles or irregularities that would typically indicate a merge error, such as a process doubling back on itself.\n\n3. **Top View Analysis**: Similar to the front and side views, the process maintains a consistent trajectory with no unexpected bends or branches joining at sharp angles.\n\nIn all views, the process exhibits a single, elongated structure characteristic of a neuronal process without any clear indications of inappropriate merging. There are no apparent anastomoses or junctions that suggest multiple neurons are being incorrectly segmented as one.\n\nConsidering the absence of any signs of glaring merge errors or atypical structures, it is likely that the segment does not contain processes from different neurons improperly merged together.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show a neuronal process from different perspectives: front, side, and top. To determine if there is a merge error, I will analyze the structural characteristics of the process.\n\n1. **Front View Analysis**: The process appears as a continuous line without any noticeable branches doubling back or forming sharp angles. This suggests continuity without signs of merging from different neurons in this view.\n\n2. **Side View Analysis**: Again, the process follows a generally continuous path. There are no abrupt angles or irregularities that would typically indicate a merge error, such as a process doubling back on itself.\n\n3. **Top View Analysis**: Similar to the front and side views, the process maintains a consistent trajectory with no unexpected bends or branches joining at sharp angles.\n\nIn all views, the process exhibits a single, elongated structure characteristic of a neuronal process without any clear indications of inappropriate merging. There are no apparent anastomoses or junctions that suggest multiple neurons are being incorrectly segmented as one.\n\nConsidering the absence of any signs of glaring merge errors or atypical structures, it is likely that the segment does not contain processes from different neurons improperly merged together.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135741593451":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + } + }, + "prompt_options":[ + { + "id":"864691135741593451", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135741593451_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135741593451_864691135868060950_708666_565125_958686\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":52668 + }, + "merge_coords":"708666_565125_958686", + "zoom_margin":52668 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":1011641, + "timestamp":1717827807, + "merge_coords":[ + 1049730.0, + 629565.0, + 736554.0 + ], + "interface_point":[ + 1049730.0, + 629565.0, + 736554.0 + ], + "base_neuron_id":"864691135133806496", + "before_root_ids":[ + 864691135133806496 + ], + "after_root_ids":[ + 864691135491669095, + 864691136953178847 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmented structure from a connectomics dataset. Potential merge errors in axonal segments are often indicated by unusual morphological characteristics such as branches that double back or form sharp angles, like ninety-degree turns, which are atypical for natural neuronal processes. \n\nFrom the perspectives provided:\n\n1. **Front View:** The structure appears to branch off multiple times, but there isn\u2019t a clear indication of a significant deviance like abrupt turns or double-backing branches.\n\n2. **Side View:** The neuronal processes extend in a relatively linear fashion, but branches appear to spread out in a manner consistent with typical neuronal branching rather than merging errors.\n\n3. **Top View:** Similar to the side view, the branching pattern seems consistent with normal neuronal morphology, without noticeable indications of unnatural angular connections or doubling back.\n\nOverall, after closely examining the branching patterns visible from these perspectives, I do not observe characteristic signs of merge errors, such as significant angular turns or branches that loop back sharply.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmented structure from a connectomics dataset. Potential merge errors in axonal segments are often indicated by unusual morphological characteristics such as branches that double back or form sharp angles, like ninety-degree turns, which are atypical for natural neuronal processes. \n\nFrom the perspectives provided:\n\n1. **Front View:** The structure appears to branch off multiple times, but there isn\u2019t a clear indication of a significant deviance like abrupt turns or double-backing branches.\n\n2. **Side View:** The neuronal processes extend in a relatively linear fashion, but branches appear to spread out in a manner consistent with typical neuronal branching rather than merging errors.\n\n3. **Top View:** Similar to the side view, the branching pattern seems consistent with normal neuronal morphology, without noticeable indications of unnatural angular connections or doubling back.\n\nOverall, after closely examining the branching patterns visible from these perspectives, I do not observe characteristic signs of merge errors, such as significant angular turns or branches that loop back sharply.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135133806496":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + } + }, + "prompt_options":[ + { + "id":"864691135133806496", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + } + ], + "id":"864691135133806496" + }, + { + "task":"split_identification", + "operation_id":1011641, + "timestamp":1717827807, + "merge_coords":[ + 1049730.0, + 629565.0, + 736554.0 + ], + "interface_point":[ + 1049730.0, + 629565.0, + 736554.0 + ], + "base_neuron_id":"864691135133806496", + "before_root_ids":[ + 864691135133806496 + ], + "after_root_ids":[ + 864691135491669095, + 864691136953178847 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show the 3D morphology of a neuronal segment from three different perspectives: front, side, and top.\n\nLooking at the front view, the structure appears mostly central with minor branching, typical of neuronal dendrites and axons. The side view displays what seems to be an elongated structure extending horizontally, consistent with axonal characteristics. The top view reveals more of the radial branching pattern, with some connections extending outwards.\n\nTo evaluate merge errors, we specifically look for signs such as the axon doubling back, forming a loop, or unusual angular connections that would suggest processes from different neurons have been merged incorrectly. \n\nIn the provided images:\n\n- **Front view:** There is no apparent looping or sharp angular branches.\n- **Side view:** The extension from the main body seems linear with no signs of doubling back.\n- **Top view:** Though there are branches extending outwards, they appear to maintain a consistent pattern without abnormal bending.\n\nTherefore, based on the visual examination of the 3D morphology from the three perspectives, there are no obvious indicators of merge errors such as looping or dramatic angular connections.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show the 3D morphology of a neuronal segment from three different perspectives: front, side, and top.\n\nLooking at the front view, the structure appears mostly central with minor branching, typical of neuronal dendrites and axons. The side view displays what seems to be an elongated structure extending horizontally, consistent with axonal characteristics. The top view reveals more of the radial branching pattern, with some connections extending outwards.\n\nTo evaluate merge errors, we specifically look for signs such as the axon doubling back, forming a loop, or unusual angular connections that would suggest processes from different neurons have been merged incorrectly. \n\nIn the provided images:\n\n- **Front view:** There is no apparent looping or sharp angular branches.\n- **Side view:** The extension from the main body seems linear with no signs of doubling back.\n- **Top view:** Though there are branches extending outwards, they appear to maintain a consistent pattern without abnormal bending.\n\nTherefore, based on the visual examination of the 3D morphology from the three perspectives, there are no obvious indicators of merge errors such as looping or dramatic angular connections.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135133806496":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + } + }, + "prompt_options":[ + { + "id":"864691135133806496", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135133806496_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135133806496_864691135868060950_1049730_629565_736554\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":343392 + }, + "merge_coords":"1049730_629565_736554", + "zoom_margin":343392 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":1011679, + "timestamp":1717828944, + "merge_coords":[ + 833157.5, + 860125.0, + 820407.0 + ], + "interface_point":[ + 833157.5, + 860125.0, + 820407.0 + ], + "base_neuron_id":"864691135380474354", + "before_root_ids":[ + 864691135380474354 + ], + "after_root_ids":[ + 864691135940965633, + 864691136444979843 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the three perspectives (front, side, top) of the neuronal segmentation, I will evaluate the structure for potential merge errors.\n\n1. **Front View:**\n - The axon appears to branch off and extends with no immediate signs of doubling back.\n - The branches seem to continue without forming sharp angles.\n\n2. **Side View:**\n - Similar to the front view, the branches extend outward smoothly.\n - No obvious ninety-degree angle formations, which could indicate merger issues.\n\n3. **Top View:**\n - The top view presents a sprawling pattern with branches extending away from the center.\n - Again, there is no indication of anomalous structural formations like doubling back or sharp turns.\n\nOverall, in all three views, the branch extensions appear continuous and do not present typical indicators of merge errors such as sharply bending structures, doubling back, or branching into unusual angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the three perspectives (front, side, top) of the neuronal segmentation, I will evaluate the structure for potential merge errors.\n\n1. **Front View:**\n - The axon appears to branch off and extends with no immediate signs of doubling back.\n - The branches seem to continue without forming sharp angles.\n\n2. **Side View:**\n - Similar to the front view, the branches extend outward smoothly.\n - No obvious ninety-degree angle formations, which could indicate merger issues.\n\n3. **Top View:**\n - The top view presents a sprawling pattern with branches extending away from the center.\n - Again, there is no indication of anomalous structural formations like doubling back or sharp turns.\n\nOverall, in all three views, the branch extensions appear continuous and do not present typical indicators of merge errors such as sharply bending structures, doubling back, or branching into unusual angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135380474354":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + } + }, + "prompt_options":[ + { + "id":"864691135380474354", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + } + ], + "id":"864691135380474354" + }, + { + "task":"split_identification", + "operation_id":1011679, + "timestamp":1717828944, + "merge_coords":[ + 833157.5, + 860125.0, + 820407.0 + ], + "interface_point":[ + 833157.5, + 860125.0, + 820407.0 + ], + "base_neuron_id":"864691135380474354", + "before_root_ids":[ + 864691135380474354 + ], + "after_root_ids":[ + 864691135940965633, + 864691136444979843 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images, we need to carefully evaluate the structure for signs of merge errors, such as the axon doubling back or forming unusual angles, which can indicate an incorrect merging of processes from different neurons.\n\n1. **Front View:**\n - The structure appears linear with some branching points. Check for any abrupt angle changes or looping behavior indicative of merging errors.\n\n2. **Side View:**\n - Look for inconsistencies in the linearity of the structure. Abnormal angular connections, especially near the center of the image, could suggest a merge.\n\n3. **Top View:**\n - Similar to the other views, examine the consistency of the structure's path. Abrupt shifts in direction and severe angles can signal a merge error.\n\nUpon reviewing the three perspectives, note any inconsistencies or unusual structures, especially around the center, where the volume is cropped.\n\nIf the segment structure in each view maintains a continuous and consistent path without abrupt angles or reverting paths, a merge error is unlikely. If, however, there are suspicious features\u2014like a sharp ninety-degree angle or doubling back not typical of natural neural pathways\u2014a merge error could be present.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we need to carefully evaluate the structure for signs of merge errors, such as the axon doubling back or forming unusual angles, which can indicate an incorrect merging of processes from different neurons.\n\n1. **Front View:**\n - The structure appears linear with some branching points. Check for any abrupt angle changes or looping behavior indicative of merging errors.\n\n2. **Side View:**\n - Look for inconsistencies in the linearity of the structure. Abnormal angular connections, especially near the center of the image, could suggest a merge.\n\n3. **Top View:**\n - Similar to the other views, examine the consistency of the structure's path. Abrupt shifts in direction and severe angles can signal a merge error.\n\nUpon reviewing the three perspectives, note any inconsistencies or unusual structures, especially around the center, where the volume is cropped.\n\nIf the segment structure in each view maintains a continuous and consistent path without abrupt angles or reverting paths, a merge error is unlikely. If, however, there are suspicious features\u2014like a sharp ninety-degree angle or doubling back not typical of natural neural pathways\u2014a merge error could be present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135380474354":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + } + }, + "prompt_options":[ + { + "id":"864691135380474354", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135380474354_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135380474354_864691135868060950_833157_860125_820407\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":47334 + }, + "merge_coords":"833157_860125_820407", + "zoom_margin":47334 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":1014508, + "timestamp":1718067767, + "merge_coords":[ + 791411.25, + 675627.75, + 761397.0 + ], + "interface_point":[ + 791411.25, + 675627.75, + 761397.0 + ], + "base_neuron_id":"864691135932820910", + "before_root_ids":[ + 864691135932820910 + ], + "after_root_ids":[ + 864691135755184589, + 864691135374772424 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nBased on the three views provided (front, side, top), the segment appears to not have any aberrant features indicative of a merge error. The structure does not show doubling back or sharp ninety-degree formations that could suggest improper merging of different neurites. The smooth continuity in the views suggests that the processes belong to a single neuron, at least within this cropped volume.\n\nThe front view shows a gradual tapering, while the side and top views further support the idea of a single continuous process. The segment extends without apparent disruptions or sharp turns that are typical of merge errors.\n\nConsidering the descriptions of typical merge errors, none of those signs are present in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Based on the three views provided (front, side, top), the segment appears to not have any aberrant features indicative of a merge error. The structure does not show doubling back or sharp ninety-degree formations that could suggest improper merging of different neurites. The smooth continuity in the views suggests that the processes belong to a single neuron, at least within this cropped volume.\n\nThe front view shows a gradual tapering, while the side and top views further support the idea of a single continuous process. The segment extends without apparent disruptions or sharp turns that are typical of merge errors.\n\nConsidering the descriptions of typical merge errors, none of those signs are present in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135932820910":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135932820910", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + } + ], + "id":"864691135932820910" + }, + { + "task":"split_identification", + "operation_id":1014508, + "timestamp":1718067767, + "merge_coords":[ + 791411.25, + 675627.75, + 761397.0 + ], + "interface_point":[ + 791411.25, + 675627.75, + 761397.0 + ], + "base_neuron_id":"864691135932820910", + "before_root_ids":[ + 864691135932820910 + ], + "after_root_ids":[ + 864691135755184589, + 864691135374772424 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D representation of the segment shows a long, continuous process that changes direction in a seemingly smooth manner without any abrupt ninety-degree angles or doubling back, which are typical indicators of merge errors. The structure doesn't display signs of inappropriate merging, such as disjointedness or unnatural angles that could suggest the segment is composed of processes from different neurons joined together. The branching appears more gradual and consistent with a single neuron's morphology.\n\nIn the front view, the structure maintains a relatively consistent flow, and the top and side views further confirm the continuity of the shape without showing any unusual bends or angles. This uniformity in structure across different views suggests that the segment most likely belongs to a single neuron without any visible merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D representation of the segment shows a long, continuous process that changes direction in a seemingly smooth manner without any abrupt ninety-degree angles or doubling back, which are typical indicators of merge errors. The structure doesn't display signs of inappropriate merging, such as disjointedness or unnatural angles that could suggest the segment is composed of processes from different neurons joined together. The branching appears more gradual and consistent with a single neuron's morphology.\n\nIn the front view, the structure maintains a relatively consistent flow, and the top and side views further confirm the continuity of the shape without showing any unusual bends or angles. This uniformity in structure across different views suggests that the segment most likely belongs to a single neuron without any visible merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135932820910":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135932820910", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135932820910_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135868060950_864691135932820910_791411_675627_761397\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791411_675627_761397", + "zoom_margin":4096 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":1020145, + "timestamp":1718248955, + "merge_coords":[ + 1214031.0, + 587391.0, + 708267.0 + ], + "interface_point":[ + 1214031.0, + 587391.0, + 708267.0 + ], + "base_neuron_id":"864691135066083261", + "before_root_ids":[ + 864691135066083261 + ], + "after_root_ids":[ + 864691135810683340, + 864691135368459769 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the 3D segmentation from the given images:\n\n1. **Front View:** The front view shows a long, slightly irregular and twisting structure. It doesn\u2019t exhibit obvious signs of merging errors like sharp turns or abrupt changes in direction.\n\n2. **Side View:** Similar to the front view, the side profile maintains a relatively smooth path. There is no clear indication of branches merging incorrectly or any sharp angular deviations characteristic of merge errors.\n\n3. **Top View:** The structure again appears continuous without any aberrant features such as doubling back or sharp bends that would suggest merging errors.\n\nThroughout the views, there is a consistent form without disruptions or irregular features that would typically indicate the presence of neurons from different sources merging improperly. The structure is uniformly connected, which is consistent with a singular process rather than a mistaken merge of multiple processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Analyzing the 3D segmentation from the given images:\n\n1. **Front View:** The front view shows a long, slightly irregular and twisting structure. It doesn\u2019t exhibit obvious signs of merging errors like sharp turns or abrupt changes in direction.\n\n2. **Side View:** Similar to the front view, the side profile maintains a relatively smooth path. There is no clear indication of branches merging incorrectly or any sharp angular deviations characteristic of merge errors.\n\n3. **Top View:** The structure again appears continuous without any aberrant features such as doubling back or sharp bends that would suggest merging errors.\n\nThroughout the views, there is a consistent form without disruptions or irregular features that would typically indicate the presence of neurons from different sources merging improperly. The structure is uniformly connected, which is consistent with a singular process rather than a mistaken merge of multiple processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135066083261":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135066083261", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + } + ], + "id":"864691135066083261" + }, + { + "task":"split_identification", + "operation_id":1020145, + "timestamp":1718248955, + "merge_coords":[ + 1214031.0, + 587391.0, + 708267.0 + ], + "interface_point":[ + 1214031.0, + 587391.0, + 708267.0 + ], + "base_neuron_id":"864691135066083261", + "before_root_ids":[ + 864691135066083261 + ], + "after_root_ids":[ + 864691135810683340, + 864691135368459769 + ], + "proofread_root_id":"864691135868060950", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a 3D segmentation of neuronal data from front, side, and top perspectives. While examining potential merge errors, particular attention is given to identifying any unnatural structures, such as segments doubling back, forming sharp angles, or displaying aberrant branching patterns.\n\n1. **Front View:**\n - The segment appears elongated with a consistent path and no obvious abrupt changes in direction.\n - There is no visible indication of doubling back or sudden ninety-degree angles.\n\n2. **Side View:**\n - The segment maintains a relatively smooth curve throughout its length.\n - No sharp angles or signs of erratic merging are evident.\n - It follows a continuous path without deviating back sharply upon itself.\n\n3. **Top View:**\n - The path maintains a consistent direction without abrupt changes or branching abnormalities.\n - There are no peculiar features that suggest merge issues.\n\nOverall, the continuity and natural flow of the segment across all views suggest that it likely represents a single process of a neuron. There is no substantial evidence of merge errors such as doubling back, sharp angles, or abnormal branching that typically indicate a segmentation mistake.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of neuronal data from front, side, and top perspectives. While examining potential merge errors, particular attention is given to identifying any unnatural structures, such as segments doubling back, forming sharp angles, or displaying aberrant branching patterns.\n\n1. **Front View:**\n - The segment appears elongated with a consistent path and no obvious abrupt changes in direction.\n - There is no visible indication of doubling back or sudden ninety-degree angles.\n\n2. **Side View:**\n - The segment maintains a relatively smooth curve throughout its length.\n - No sharp angles or signs of erratic merging are evident.\n - It follows a continuous path without deviating back sharply upon itself.\n\n3. **Top View:**\n - The path maintains a consistent direction without abrupt changes or branching abnormalities.\n - There are no peculiar features that suggest merge issues.\n\nOverall, the continuity and natural flow of the segment across all views suggest that it likely represents a single process of a neuron. There is no substantial evidence of merge errors such as doubling back, sharp angles, or abnormal branching that typically indicate a segmentation mistake.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135066083261":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135868060950":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135066083261", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135066083261_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + }, + { + "id":"864691135868060950", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135066083261_864691135868060950_1214031_587391_708267\/base_864691135868060950_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1214031_587391_708267", + "zoom_margin":4096 + } + ], + "id":"864691135868060950" + }, + { + "task":"split_identification", + "operation_id":932700, + "timestamp":1713158181, + "merge_coords":[ + 621271.0, + 848673.0, + 762520.5 + ], + "interface_point":[ + 621271.0, + 848673.0, + 762520.5 + ], + "base_neuron_id":"864691135384096235", + "before_root_ids":[ + 864691135384096235 + ], + "after_root_ids":[ + 864691136267662068, + 864691135468708236 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D segmentation from the front, side, and top perspectives, I observed the following:\n\n1. **Front View**: The structure appears mostly linear with no apparent unusual branching or sharp angles that could suggest a merge error. \n\n2. **Side View**: While there is a branching visible, it doesn't display any unusual characteristics such as doubling back or forming a sharp angle.\n\n3. **Top View**: The branching continues as expected without any noticeable discrepancies or abrupt directional changes that typically indicate a merge.\n\nThe entire segment appears consistent across different views, and I did not identify any obvious signs of merging errors like doubled-back axonal structures or sharp angles. The morphology is consistent with what would be expected from a single neuron\u2019s processes without any irregularities. \n\nThus, based on the given views and typical characteristics used to identify merge errors, there does not appear to be a need to split the segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the front, side, and top perspectives, I observed the following:\n\n1. **Front View**: The structure appears mostly linear with no apparent unusual branching or sharp angles that could suggest a merge error. \n\n2. **Side View**: While there is a branching visible, it doesn't display any unusual characteristics such as doubling back or forming a sharp angle.\n\n3. **Top View**: The branching continues as expected without any noticeable discrepancies or abrupt directional changes that typically indicate a merge.\n\nThe entire segment appears consistent across different views, and I did not identify any obvious signs of merging errors like doubled-back axonal structures or sharp angles. The morphology is consistent with what would be expected from a single neuron\u2019s processes without any irregularities. \n\nThus, based on the given views and typical characteristics used to identify merge errors, there does not appear to be a need to split the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135384096235":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + } + }, + "prompt_options":[ + { + "id":"864691135384096235", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + } + ], + "id":"864691135384096235" + }, + { + "task":"split_identification", + "operation_id":932700, + "timestamp":1713158181, + "merge_coords":[ + 621271.0, + 848673.0, + 762520.5 + ], + "interface_point":[ + 621271.0, + 848673.0, + 762520.5 + ], + "base_neuron_id":"864691135384096235", + "before_root_ids":[ + 864691135384096235 + ], + "after_root_ids":[ + 864691136267662068, + 864691135468708236 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the images from the front, side, and top views, we look for signs of merge errors. These include:\n\n1. The axon doubling back after branching.\n2. Unnatural sharp angles where processes connect (e.g., close to 90 degrees).\n\nFrom the front view, we see branching that extends in multiple directions, but there are no clear indications of doubling back or unnatural sharp angles at the branching points visible.\n\nIn the side view, the segments appear to diverge smoothly without sharp turns or angles that suggest a junction of different branches improperly merged.\n\nThe top view shows the converging segments, and again, there is no evidence of 90-degree angles or unexplained directional changes.\n\nAcross all views, the branching and paths appear continuous and consistent with typical neuronal morphology. The data does not present clear evidence of a merge error in the form of unusual angles or doubling back.\n\nTherefore, based on the presented views and criteria for identifying merge errors, there are no observable errors that require the segment to be split.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the images from the front, side, and top views, we look for signs of merge errors. These include:\n\n1. The axon doubling back after branching.\n2. Unnatural sharp angles where processes connect (e.g., close to 90 degrees).\n\nFrom the front view, we see branching that extends in multiple directions, but there are no clear indications of doubling back or unnatural sharp angles at the branching points visible.\n\nIn the side view, the segments appear to diverge smoothly without sharp turns or angles that suggest a junction of different branches improperly merged.\n\nThe top view shows the converging segments, and again, there is no evidence of 90-degree angles or unexplained directional changes.\n\nAcross all views, the branching and paths appear continuous and consistent with typical neuronal morphology. The data does not present clear evidence of a merge error in the form of unusual angles or doubling back.\n\nTherefore, based on the presented views and criteria for identifying merge errors, there are no observable errors that require the segment to be split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135384096235":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + } + }, + "prompt_options":[ + { + "id":"864691135384096235", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135384096235_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135384096235_621271_848673_762520\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":56154 + }, + "merge_coords":"621271_848673_762520", + "zoom_margin":56154 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":932977, + "timestamp":1713163451, + "merge_coords":[ + 1384103.0, + 594715.3125, + 657993.0 + ], + "interface_point":[ + 1384103.0, + 594715.3125, + 657993.0 + ], + "base_neuron_id":"864691136110123960", + "before_root_ids":[ + 864691136110123960 + ], + "after_root_ids":[ + 864691135916511846, + 864691135441836360 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a complex structure that is intended to represent processes of a single neuron. \n\n1. **Front View:** \n - There appear to be several thin, elongated structures extending in various directions. \n - No obvious doubling back of axons is visible, but the complexity of the branches makes it challenging to ascertain their continuity.\n\n2. **Side View:**\n - The side view shows a more tangled arrangement with possible overlap.\n - There are areas where branches appear to come very close to each other, potentially indicating a merge, but the orientation does not clearly indicate the aberrant structure typical of merge errors.\n\n3. **Top View:**\n - The top view demonstrates a somewhat crisscross pattern and some portions appear to have angles close to ninety degrees.\n - The presence of sharp angles on its own does not conclusively indicate a merge error without more context on their connectivity.\n\nOverall, there is no clear indication of the classic merge error signs such as doubling back or sharp angles forming unnatural continuities. The patterns observed might be part of the natural complexity of neuronal structures. The images do not provide a clear indication of a merge error, hence the segment is likely correctly segmented as a single neuron process.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show a complex structure that is intended to represent processes of a single neuron. \n\n1. **Front View:** \n - There appear to be several thin, elongated structures extending in various directions. \n - No obvious doubling back of axons is visible, but the complexity of the branches makes it challenging to ascertain their continuity.\n\n2. **Side View:**\n - The side view shows a more tangled arrangement with possible overlap.\n - There are areas where branches appear to come very close to each other, potentially indicating a merge, but the orientation does not clearly indicate the aberrant structure typical of merge errors.\n\n3. **Top View:**\n - The top view demonstrates a somewhat crisscross pattern and some portions appear to have angles close to ninety degrees.\n - The presence of sharp angles on its own does not conclusively indicate a merge error without more context on their connectivity.\n\nOverall, there is no clear indication of the classic merge error signs such as doubling back or sharp angles forming unnatural continuities. The patterns observed might be part of the natural complexity of neuronal structures. The images do not provide a clear indication of a merge error, hence the segment is likely correctly segmented as a single neuron process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136110123960":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136110123960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + } + ], + "id":"864691136110123960" + }, + { + "task":"split_identification", + "operation_id":932977, + "timestamp":1713163451, + "merge_coords":[ + 1384103.0, + 594715.3125, + 657993.0 + ], + "interface_point":[ + 1384103.0, + 594715.3125, + 657993.0 + ], + "base_neuron_id":"864691136110123960", + "before_root_ids":[ + 864691136110123960 + ], + "after_root_ids":[ + 864691135916511846, + 864691135441836360 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the 3D segmentation images from the front, side, and top perspectives, we need to look for signs of a merge error such as abnormal branching, unusual angles, or looping structures.\n\n1. **Front View**: The segment shows a continuous path with no apparent looping or abrupt changes in direction that would suggest a merge error.\n\n2. **Side View**: The structure maintains a relatively consistent linear form without any sharp corners or 90-degree turns, which are typical indicators of a merge.\n\n3. **Top View**: Similar to the other views, the segment appears streamlined without any significant branching anomalies or signs of doubled-back segments.\n\nAcross all views, the morphology appears to be characteristic of a single neuron's axon or dendrite. There are no obvious signs of inappropriate connections between different neurons.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the 3D segmentation images from the front, side, and top perspectives, we need to look for signs of a merge error such as abnormal branching, unusual angles, or looping structures.\n\n1. **Front View**: The segment shows a continuous path with no apparent looping or abrupt changes in direction that would suggest a merge error.\n\n2. **Side View**: The structure maintains a relatively consistent linear form without any sharp corners or 90-degree turns, which are typical indicators of a merge.\n\n3. **Top View**: Similar to the other views, the segment appears streamlined without any significant branching anomalies or signs of doubled-back segments.\n\nAcross all views, the morphology appears to be characteristic of a single neuron's axon or dendrite. There are no obvious signs of inappropriate connections between different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136110123960":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136110123960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691136110123960_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136110123960_1384103_594715_657993\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1384103_594715_657993", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":934615, + "timestamp":1713240874, + "merge_coords":[ + 548478.0, + 859866.0, + 713454.0 + ], + "interface_point":[ + 548478.0, + 859866.0, + 713454.0 + ], + "base_neuron_id":"864691136201815530", + "before_root_ids":[ + 864691136201815530 + ], + "after_root_ids":[ + 864691136335047347, + 864691135572136429 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a linear structure characteristic of neuronal segments. Key points to consider for merge error analysis include:\n\n1. **Branching Pattern**: Check for abnormal branching, such as branches doubling back toward the main structure or forming unusual angles.\n2. **Angles**: Look for abrupt ninety-degree angles, which could indicate a merge between segments of different neurons.\n3. **Smoothness**: Evaluate the continuity and smoothness of the segment; abrupt changes may suggest an inappropriate merge.\n\nUpon examining the provided views:\n\n- **Front View**: The segment appears to have no abrupt angles or unnatural branching patterns.\n- **Side View**: The segment maintains a smooth trajectory without any apparent ninety-degree intersections.\n- **Top View**: The structure looks consistent with a single neuronal process.\n\nThere appears to be no evidence of unnatural merging or structural discontinuities characteristic of merge errors affecting axonal or dendritic structures.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a linear structure characteristic of neuronal segments. Key points to consider for merge error analysis include:\n\n1. **Branching Pattern**: Check for abnormal branching, such as branches doubling back toward the main structure or forming unusual angles.\n2. **Angles**: Look for abrupt ninety-degree angles, which could indicate a merge between segments of different neurons.\n3. **Smoothness**: Evaluate the continuity and smoothness of the segment; abrupt changes may suggest an inappropriate merge.\n\nUpon examining the provided views:\n\n- **Front View**: The segment appears to have no abrupt angles or unnatural branching patterns.\n- **Side View**: The segment maintains a smooth trajectory without any apparent ninety-degree intersections.\n- **Top View**: The structure looks consistent with a single neuronal process.\n\nThere appears to be no evidence of unnatural merging or structural discontinuities characteristic of merge errors affecting axonal or dendritic structures.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136201815530":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + } + }, + "prompt_options":[ + { + "id":"864691136201815530", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + } + ], + "id":"864691136201815530" + }, + { + "task":"split_identification", + "operation_id":934615, + "timestamp":1713240874, + "merge_coords":[ + 548478.0, + 859866.0, + 713454.0 + ], + "interface_point":[ + 548478.0, + 859866.0, + 713454.0 + ], + "base_neuron_id":"864691136201815530", + "before_root_ids":[ + 864691136201815530 + ], + "after_root_ids":[ + 864691136335047347, + 864691135572136429 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nBased on the 3D views provided, we are examining the morphology for potential merge errors in the segment representing neuronal processes.\n\n1. **Front View**: The segment appears to have a consistent length and does not show any obvious doubling back or unusual branching structures. The alignment seems relatively smooth.\n\n2. **Side View**: The structure has variations in thickness, but no abrupt changes or sharp angles suggestive of a joined segment.\n\n3. **Top View**: The segment maintains a similar observation as the front view, without apparent loops or doubling back.\n\nThe lack of sharp turns, loops, or unusual thickness changes are indicators that there might not be a merge error in the center of the volume. The structure appears continuous and consistent with normal neuronal morphology, without clear signs of aberrant structure.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Based on the 3D views provided, we are examining the morphology for potential merge errors in the segment representing neuronal processes.\n\n1. **Front View**: The segment appears to have a consistent length and does not show any obvious doubling back or unusual branching structures. The alignment seems relatively smooth.\n\n2. **Side View**: The structure has variations in thickness, but no abrupt changes or sharp angles suggestive of a joined segment.\n\n3. **Top View**: The segment maintains a similar observation as the front view, without apparent loops or doubling back.\n\nThe lack of sharp turns, loops, or unusual thickness changes are indicators that there might not be a merge error in the center of the volume. The structure appears continuous and consistent with normal neuronal morphology, without clear signs of aberrant structure.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136201815530":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + } + }, + "prompt_options":[ + { + "id":"864691136201815530", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691136201815530_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136201815530_548478_859866_713454\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5922 + }, + "merge_coords":"548478_859866_713454", + "zoom_margin":5922 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":934643, + "timestamp":1713241597, + "merge_coords":[ + 521955.0, + 855865.5, + 689146.5 + ], + "interface_point":[ + 521955.0, + 855865.5, + 689146.5 + ], + "base_neuron_id":"864691135335664361", + "before_root_ids":[ + 864691135335664361 + ], + "after_root_ids":[ + 864691135992874433, + 864691135578025221 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided 3D segmentation images display neuronal morphology from front, side, and top perspectives. To identify potential merge errors, we examine the arrangement of the structures for signs such as:\n\n1. **Axon Doubling Back**: This would indicate the same axon segment re-entering the same region, potentially a result of incorrect merging.\n\n2. **Ninety Degree Angles**: An axon or dendrite should normally follow a smooth path. Sudden ninety-degree angles may indicate an unnatural joining of separate neurons.\n\nFrom the images:\n- **Front View**: The structure appears dense with intertwining processes. I do not see clear examples of doubling back or aberrant angles at first glance.\n \n- **Side View**: The complexity increases, but critical areas do not present with obvious ninety-degree turns or reverse paths, suggesting no clear mergers here.\n \n- **Top View**: No apparent signs of axons suddenly changing direction at sharp angles; the processes look continuous and consistent.\n\nOverall, the images do not show stereotypical signs of merge errors such as looping back or sharp angular connections between processes that shouldn\u2019t be connected. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided 3D segmentation images display neuronal morphology from front, side, and top perspectives. To identify potential merge errors, we examine the arrangement of the structures for signs such as:\n\n1. **Axon Doubling Back**: This would indicate the same axon segment re-entering the same region, potentially a result of incorrect merging.\n\n2. **Ninety Degree Angles**: An axon or dendrite should normally follow a smooth path. Sudden ninety-degree angles may indicate an unnatural joining of separate neurons.\n\nFrom the images:\n- **Front View**: The structure appears dense with intertwining processes. I do not see clear examples of doubling back or aberrant angles at first glance.\n \n- **Side View**: The complexity increases, but critical areas do not present with obvious ninety-degree turns or reverse paths, suggesting no clear mergers here.\n \n- **Top View**: No apparent signs of axons suddenly changing direction at sharp angles; the processes look continuous and consistent.\n\nOverall, the images do not show stereotypical signs of merge errors such as looping back or sharp angular connections between processes that shouldn\u2019t be connected.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135335664361":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + } + }, + "prompt_options":[ + { + "id":"864691135335664361", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + } + ], + "id":"864691135335664361" + }, + { + "task":"split_identification", + "operation_id":934643, + "timestamp":1713241597, + "merge_coords":[ + 521955.0, + 855865.5, + 689146.5 + ], + "interface_point":[ + 521955.0, + 855865.5, + 689146.5 + ], + "base_neuron_id":"864691135335664361", + "before_root_ids":[ + 864691135335664361 + ], + "after_root_ids":[ + 864691135992874433, + 864691135578025221 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nAnalyzing the images from different perspectives:\n\n1. **Front View**: The segmentation shows a continuous structure with smooth curves and no abrupt changes. There is no clear indication of a segment doubling back or forming a sharp angle, which might indicate a merge error.\n\n2. **Side View**: The structure appears consistent with no right-angle bends or unnatural junctions. The side view maintains the same smooth continuity without unusual branching.\n\n3. **Top View**: The segment remains smooth and continuous. There are no visible points where the structure branches off at a sharp angle or loops back onto itself.\n\nOverall, the 3D segmentation appears consistent and smooth across all views without anomalies typical of merge errors, such as right-angle bends or doubling back. The segments seem to belong to the same neuron, with no obvious signs of inappropriate merging.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Analyzing the images from different perspectives:\n\n1. **Front View**: The segmentation shows a continuous structure with smooth curves and no abrupt changes. There is no clear indication of a segment doubling back or forming a sharp angle, which might indicate a merge error.\n\n2. **Side View**: The structure appears consistent with no right-angle bends or unnatural junctions. The side view maintains the same smooth continuity without unusual branching.\n\n3. **Top View**: The segment remains smooth and continuous. There are no visible points where the structure branches off at a sharp angle or loops back onto itself.\n\nOverall, the 3D segmentation appears consistent and smooth across all views without anomalies typical of merge errors, such as right-angle bends or doubling back. The segments seem to belong to the same neuron, with no obvious signs of inappropriate merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135335664361":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + } + }, + "prompt_options":[ + { + "id":"864691135335664361", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135335664361_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135335664361_521955_855865_689146\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11130 + }, + "merge_coords":"521955_855865_689146", + "zoom_margin":11130 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":935508, + "timestamp":1713256029, + "merge_coords":[ + 609711.6875, + 818165.8125, + 741822.6875 + ], + "interface_point":[ + 609711.6875, + 818165.8125, + 741822.6875 + ], + "base_neuron_id":"864691135783670835", + "before_root_ids":[ + 864691135783670835 + ], + "after_root_ids":[ + 864691135477319080, + 864691136275291917 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images represent three different views of a 3D segmentation of neuronal data: front, side, and top. When analyzing these views, I am looking for characteristics of merge errors such as the axon forming unnatural junctions or doubling back on itself.\n\n1. **Front view**: The segment looks like a singular, continuous structure without any conspicuous aberrations or intersections that deviate from a typical axonal path. The image does not show any abrupt angles or sharp turns that might indicate a merge error.\n\n2. **Side view**: Similarly, the side view does not reveal any unusual bends or junctions. The structure follows a linear path without clear signs of entangled or mixed processes.\n\n3. **Top view**: The top view continues to show a smooth and continuous segment. There are no sharp angles indicative of a merge error.\n\nAcross all three views, the segment appears as a consistent path, lacking the typical indicators of a merge error such as abrupt angles or excessive branching that doubles back, which might suggest a merging of multiple neuronal processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images represent three different views of a 3D segmentation of neuronal data: front, side, and top. When analyzing these views, I am looking for characteristics of merge errors such as the axon forming unnatural junctions or doubling back on itself.\n\n1. **Front view**: The segment looks like a singular, continuous structure without any conspicuous aberrations or intersections that deviate from a typical axonal path. The image does not show any abrupt angles or sharp turns that might indicate a merge error.\n\n2. **Side view**: Similarly, the side view does not reveal any unusual bends or junctions. The structure follows a linear path without clear signs of entangled or mixed processes.\n\n3. **Top view**: The top view continues to show a smooth and continuous segment. There are no sharp angles indicative of a merge error.\n\nAcross all three views, the segment appears as a consistent path, lacking the typical indicators of a merge error such as abrupt angles or excessive branching that doubles back, which might suggest a merging of multiple neuronal processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135783670835":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + } + }, + "prompt_options":[ + { + "id":"864691135783670835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + } + ], + "id":"864691135783670835" + }, + { + "task":"split_identification", + "operation_id":935508, + "timestamp":1713256029, + "merge_coords":[ + 609711.6875, + 818165.8125, + 741822.6875 + ], + "interface_point":[ + 609711.6875, + 818165.8125, + 741822.6875 + ], + "base_neuron_id":"864691135783670835", + "before_root_ids":[ + 864691135783670835 + ], + "after_root_ids":[ + 864691135477319080, + 864691136275291917 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nUpon analyzing the provided images from different views (front, side, and top), here are the observations:\n\n1. **Front View**: \n - The structure seems elongated with a general directionality.\n - No visible sharp angles or doubling back noted.\n\n2. **Side View**:\n - The path looks relatively smooth and consistent.\n - There are no significant bends or ninety-degree angles visible.\n\n3. **Top View**:\n - The structure appears continuous and linear without abrupt changes in direction.\n - No branching or looping is present that would suggest a merge error.\n\nOverall, in all perspectives, the morphology appears consistent with that of a single neuron\u2019s process. The lack of abrupt changes or unusual geometric patterns (like sudden ninety-degree angles or doubling back on itself) suggests no apparent merge error in this segment.\n\nConclusively, based on the typical signs of merge errors, such as aberrant bending or loops, this segment does not seem to exhibit these characteristics.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analyzing the provided images from different views (front, side, and top), here are the observations:\n\n1. **Front View**: \n - The structure seems elongated with a general directionality.\n - No visible sharp angles or doubling back noted.\n\n2. **Side View**:\n - The path looks relatively smooth and consistent.\n - There are no significant bends or ninety-degree angles visible.\n\n3. **Top View**:\n - The structure appears continuous and linear without abrupt changes in direction.\n - No branching or looping is present that would suggest a merge error.\n\nOverall, in all perspectives, the morphology appears consistent with that of a single neuron\u2019s process. The lack of abrupt changes or unusual geometric patterns (like sudden ninety-degree angles or doubling back on itself) suggests no apparent merge error in this segment.\n\nConclusively, based on the typical signs of merge errors, such as aberrant bending or loops, this segment does not seem to exhibit these characteristics.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135783670835":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + } + }, + "prompt_options":[ + { + "id":"864691135783670835", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135783670835_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135783670835_609711_818165_741822\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":31626 + }, + "merge_coords":"609711_818165_741822", + "zoom_margin":31626 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":935523, + "timestamp":1713256123, + "merge_coords":[ + 609924.0, + 818643.0, + 741741.0 + ], + "interface_point":[ + 609924.0, + 818643.0, + 741741.0 + ], + "base_neuron_id":"864691136275291917", + "before_root_ids":[ + 864691136275291917 + ], + "after_root_ids":[ + 864691135123609895, + 864691135783672883 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D images provided show a neuronal segment from multiple angles (front, side, top). A careful examination of this segment can help identify whether there is a merge error.\n\n1. **Front View:** The structure appears thin and elongated, typical of axonal or dendritic processes. There is no obvious doubling back or abrupt angular changes noticeable in this view.\n\n2. **Side View:** The segment continues to appear consistent without any sharp, unnatural changes in direction. The structure maintains a relatively smooth curvature.\n\n3. **Top View:** Again, the segment maintains a reasonably consistent path. There are no angular or abrupt directional changes that would suggest a merge error.\n\nTaken together, the structure does not show unusual features such as doubling back or right-angle formations that are characteristic of merge errors. The continuity and smoothness of the segment suggest that it belongs to a single neuron without inappropriate merging from another neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D images provided show a neuronal segment from multiple angles (front, side, top). A careful examination of this segment can help identify whether there is a merge error.\n\n1. **Front View:** The structure appears thin and elongated, typical of axonal or dendritic processes. There is no obvious doubling back or abrupt angular changes noticeable in this view.\n\n2. **Side View:** The segment continues to appear consistent without any sharp, unnatural changes in direction. The structure maintains a relatively smooth curvature.\n\n3. **Top View:** Again, the segment maintains a reasonably consistent path. There are no angular or abrupt directional changes that would suggest a merge error.\n\nTaken together, the structure does not show unusual features such as doubling back or right-angle formations that are characteristic of merge errors. The continuity and smoothness of the segment suggest that it belongs to a single neuron without inappropriate merging from another neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136275291917":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136275291917", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + } + ], + "id":"864691136275291917" + }, + { + "task":"split_identification", + "operation_id":935523, + "timestamp":1713256123, + "merge_coords":[ + 609924.0, + 818643.0, + 741741.0 + ], + "interface_point":[ + 609924.0, + 818643.0, + 741741.0 + ], + "base_neuron_id":"864691136275291917", + "before_root_ids":[ + 864691136275291917 + ], + "after_root_ids":[ + 864691135123609895, + 864691135783672883 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation of neuronal data from the three perspectives:\n\n1. **Front View:** The structure appears mostly linear with some minor undulations, typical of axonal or dendritic structures. There is a small branching occurring at the lower section, but it does not seem to double back upon itself in an unusual or non-typical dendritic manner.\n\n2. **Side View:** This perspective shows the structure protruding out but maintaining a relatively smooth trajectory. There is no evidence of the segment looping back or forming extreme angles suggestive of a merge anomaly.\n\n3. **Top View:** Similarly, the extended projection maintains a continuous, smooth pathway without any significant deviations, overlaps, or acute angles that might suggest it has merged with a segment from a different neuron.\n\nOverall, the consistent smooth paths observed in all three views without any structural aberrations like doubling back or forming unexpected angles suggest that there is no merge error present.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation of neuronal data from the three perspectives:\n\n1. **Front View:** The structure appears mostly linear with some minor undulations, typical of axonal or dendritic structures. There is a small branching occurring at the lower section, but it does not seem to double back upon itself in an unusual or non-typical dendritic manner.\n\n2. **Side View:** This perspective shows the structure protruding out but maintaining a relatively smooth trajectory. There is no evidence of the segment looping back or forming extreme angles suggestive of a merge anomaly.\n\n3. **Top View:** Similarly, the extended projection maintains a continuous, smooth pathway without any significant deviations, overlaps, or acute angles that might suggest it has merged with a segment from a different neuron.\n\nOverall, the consistent smooth paths observed in all three views without any structural aberrations like doubling back or forming unexpected angles suggest that there is no merge error present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136275291917":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136275291917", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691136275291917_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136275291917_609924_818643_741741\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"609924_818643_741741", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":937672, + "timestamp":1713400476, + "merge_coords":[ + 611775.0, + 680739.0, + 721728.0 + ], + "interface_point":[ + 611775.0, + 680739.0, + 721728.0 + ], + "base_neuron_id":"864691135698408981", + "before_root_ids":[ + 864691135698408981 + ], + "after_root_ids":[ + 864691135416992698, + 864691135940747009 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of neuronal data from multiple views: front, side, and top. In assessing the potential for merge errors, we look for signs such as:\n\n1. **Axonal Doubling Back**: This occurs when an axon appears to reverse direction unnaturally after branching. Such behavior can suggest that parts of axons from two separate neurons have been inappropriately connected.\n\n2. **Abrupt Angular Changes**: Axons typically display gradual curvature. Sharp bends or angles, particularly around 90 degrees, might indicate an artificial junction introduced by segmentation errors.\n\nIn the images provided:\n\n- **Front View**: There's a complex network of interconnected segments. However, upon close inspection, there do not appear to be any segments that conspicuously double back on themselves.\n\n- **Side View**: The segments maintain a relatively consistent directionality without abrupt reversals or sharp angle formations.\n\n- **Top View**: The branching appears natural, with no evident issues of segments merging at unusual angles or looping back.\n\nOverall, there is no clear indication of merge errors such as axonal doubling back or sharp angles that would suggest two different neurons have been incorrectly merged. The architecture rather shows a continuous neuronal process, aligning with expected morphology.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of neuronal data from multiple views: front, side, and top. In assessing the potential for merge errors, we look for signs such as:\n\n1. **Axonal Doubling Back**: This occurs when an axon appears to reverse direction unnaturally after branching. Such behavior can suggest that parts of axons from two separate neurons have been inappropriately connected.\n\n2. **Abrupt Angular Changes**: Axons typically display gradual curvature. Sharp bends or angles, particularly around 90 degrees, might indicate an artificial junction introduced by segmentation errors.\n\nIn the images provided:\n\n- **Front View**: There's a complex network of interconnected segments. However, upon close inspection, there do not appear to be any segments that conspicuously double back on themselves.\n\n- **Side View**: The segments maintain a relatively consistent directionality without abrupt reversals or sharp angle formations.\n\n- **Top View**: The branching appears natural, with no evident issues of segments merging at unusual angles or looping back.\n\nOverall, there is no clear indication of merge errors such as axonal doubling back or sharp angles that would suggest two different neurons have been incorrectly merged. The architecture rather shows a continuous neuronal process, aligning with expected morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135698408981":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135698408981", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + } + ], + "id":"864691135698408981" + }, + { + "task":"split_identification", + "operation_id":937672, + "timestamp":1713400476, + "merge_coords":[ + 611775.0, + 680739.0, + 721728.0 + ], + "interface_point":[ + 611775.0, + 680739.0, + 721728.0 + ], + "base_neuron_id":"864691135698408981", + "before_root_ids":[ + 864691135698408981 + ], + "after_root_ids":[ + 864691135416992698, + 864691135940747009 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmented images depict neuronal processes, possibly both axons and dendrites, from three perspectives: front, side, and top. \n\n1. **Front View Analysis**:\n - There is a noticeable curve in the structure, suggesting branching.\n - The structure seems continuous without sharp angles or unnatural turns from this perspective. \n\n2. **Side View Analysis**:\n - The segment stretches horizontally with some vertical deviations, which might indicate branching.\n - There are no abnormal protrusions or right-angle formations visible here, indicating a smooth extension along the path.\n\n3. **Top View Analysis**:\n - The structure appears to follow a fairly continuous and natural path.\n - There are no sharp turns or overlaps that might suggest a merge error.\n\nOverall, there are no clear signs of merge errors such as axons forming sharp ninety-degree angles or doubling back on themselves. The structures in all views maintain a continuous flow with natural branching, typical of neuronal processes.\n\nConclusion: The analysis of the provided images does not reveal clear indications of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmented images depict neuronal processes, possibly both axons and dendrites, from three perspectives: front, side, and top. \n\n1. **Front View Analysis**:\n - There is a noticeable curve in the structure, suggesting branching.\n - The structure seems continuous without sharp angles or unnatural turns from this perspective. \n\n2. **Side View Analysis**:\n - The segment stretches horizontally with some vertical deviations, which might indicate branching.\n - There are no abnormal protrusions or right-angle formations visible here, indicating a smooth extension along the path.\n\n3. **Top View Analysis**:\n - The structure appears to follow a fairly continuous and natural path.\n - There are no sharp turns or overlaps that might suggest a merge error.\n\nOverall, there are no clear signs of merge errors such as axons forming sharp ninety-degree angles or doubling back on themselves. The structures in all views maintain a continuous flow with natural branching, typical of neuronal processes.\n\nConclusion: The analysis of the provided images does not reveal clear indications of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135698408981":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135698408981", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135698408981_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135698408981_611775_680739_721728\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611775_680739_721728", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":937688, + "timestamp":1713400785, + "merge_coords":[ + 611496.375, + 680738.625, + 721796.25 + ], + "interface_point":[ + 611496.375, + 680738.625, + 721796.25 + ], + "base_neuron_id":"864691135279537057", + "before_root_ids":[ + 864691135279537057 + ], + "after_root_ids":[ + 864691135849044574, + 864691135335693545 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images present various views (front, side, top) of what appears to be a neuronal segment. To determine if there is a merge error, we need to examine the structure for any signs of aberrant morphology typical of merge errors.\n\n1. **Front View**: The structure appears to have a complex, twisted shape. There is one point where the segment bends sharply, which might suggest unnatural connections.\n\n2. **Side View**: The segment looks relatively flat, but there is a clear deviation from a straight path which could indicate a potential merge point.\n\n3. **Top View**: This view shows a more extended structure with less obvious curvature. However, examining all views together can help confirm any bending.\n\nOverall, the presence of a sharp bend and twisting in the front view, combined with the deviation in the side view, suggests that there could potentially be a merge error where different processes have been incorrectly joined.\n\nThese findings suggest that the segment might contain processes from more than one neuron due to the mentioned unnatural structural characteristics. \n\nTherefore, it seems reasonable to conclude that a merge error is present and the segment should be split.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images present various views (front, side, top) of what appears to be a neuronal segment. To determine if there is a merge error, we need to examine the structure for any signs of aberrant morphology typical of merge errors.\n\n1. **Front View**: The structure appears to have a complex, twisted shape. There is one point where the segment bends sharply, which might suggest unnatural connections.\n\n2. **Side View**: The segment looks relatively flat, but there is a clear deviation from a straight path which could indicate a potential merge point.\n\n3. **Top View**: This view shows a more extended structure with less obvious curvature. However, examining all views together can help confirm any bending.\n\nOverall, the presence of a sharp bend and twisting in the front view, combined with the deviation in the side view, suggests that there could potentially be a merge error where different processes have been incorrectly joined.\n\nThese findings suggest that the segment might contain processes from more than one neuron due to the mentioned unnatural structural characteristics. \n\nTherefore, it seems reasonable to conclude that a merge error is present and the segment should be split.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135279537057":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135279537057", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + } + ], + "id":"864691135279537057" + }, + { + "task":"split_identification", + "operation_id":937688, + "timestamp":1713400785, + "merge_coords":[ + 611496.375, + 680738.625, + 721796.25 + ], + "interface_point":[ + 611496.375, + 680738.625, + 721796.25 + ], + "base_neuron_id":"864691135279537057", + "before_root_ids":[ + 864691135279537057 + ], + "after_root_ids":[ + 864691135849044574, + 864691135335693545 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nBased on the images provided:\n\n1. **Front View**: The structure shows a prominent looping or curving pattern. Such features can indicate a possible error if the loop is not consistent with typical neuronal architecture, suggesting a merging of segments from different neurons.\n\n2. **Side View**: From this perspective, there might be indications of a looping pattern, and potential right angles forming which can often be inconsistent with normal axonal or dendritic outgrowth, indicating potential merge errors.\n\n3. **Top View**: In this view, the overall curvature and any doubling back patterns can be further observed. The presence of a distinct loop or branching at an unusual angle is a common indicator of segmentation merge errors.\n\nGiven these observations, the presence of aberrant structural features such as looping, right angles, or sudden direction changes could support the likelihood of a merge error. These characteristics do not typically occur in isolated axonal or dendritic processes, suggesting an inappropriate merging of neuronal segments.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Based on the images provided:\n\n1. **Front View**: The structure shows a prominent looping or curving pattern. Such features can indicate a possible error if the loop is not consistent with typical neuronal architecture, suggesting a merging of segments from different neurons.\n\n2. **Side View**: From this perspective, there might be indications of a looping pattern, and potential right angles forming which can often be inconsistent with normal axonal or dendritic outgrowth, indicating potential merge errors.\n\n3. **Top View**: In this view, the overall curvature and any doubling back patterns can be further observed. The presence of a distinct loop or branching at an unusual angle is a common indicator of segmentation merge errors.\n\nGiven these observations, the presence of aberrant structural features such as looping, right angles, or sudden direction changes could support the likelihood of a merge error. These characteristics do not typically occur in isolated axonal or dendritic processes, suggesting an inappropriate merging of neuronal segments.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135279537057":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135279537057", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135279537057_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135279537057_611496_680738_721796\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"611496_680738_721796", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":939582, + "timestamp":1713425149, + "merge_coords":[ + 586660.1875, + 608722.8125, + 721879.1875 + ], + "interface_point":[ + 586660.1875, + 608722.8125, + 721879.1875 + ], + "base_neuron_id":"864691135173212623", + "before_root_ids":[ + 864691135173212623 + ], + "after_root_ids":[ + 864691136237792527, + 864691136313062717 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nBased on the given criteria for identifying merge errors, we should look for signs such as the axon doubling back after branching off or forming unusual angles like ninety degrees. Analyzing the provided views:\n\n1. **Front View**: The segment appears relatively straight, with no obvious signs of abrupt changes in direction or unusual branching.\n2. **Side View**: This view reveals more details about the branching structure. While there are some curves and changes in direction, they appear smooth without the characteristic sharp angles or doubling back associated with merge errors.\n3. **Top View**: Similar to the front view, the segment maintains a relatively consistent path without noticeable irregularities.\n\nOverall, none of the views exhibit the described anomalies that typically indicate a merge error. The structure seems to be a continuous, singular neurite.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Based on the given criteria for identifying merge errors, we should look for signs such as the axon doubling back after branching off or forming unusual angles like ninety degrees. Analyzing the provided views:\n\n1. **Front View**: The segment appears relatively straight, with no obvious signs of abrupt changes in direction or unusual branching.\n2. **Side View**: This view reveals more details about the branching structure. While there are some curves and changes in direction, they appear smooth without the characteristic sharp angles or doubling back associated with merge errors.\n3. **Top View**: Similar to the front view, the segment maintains a relatively consistent path without noticeable irregularities.\n\nOverall, none of the views exhibit the described anomalies that typically indicate a merge error. The structure seems to be a continuous, singular neurite.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135173212623":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + } + }, + "prompt_options":[ + { + "id":"864691135173212623", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + } + ], + "id":"864691135173212623" + }, + { + "task":"split_identification", + "operation_id":939582, + "timestamp":1713425149, + "merge_coords":[ + 586660.1875, + 608722.8125, + 721879.1875 + ], + "interface_point":[ + 586660.1875, + 608722.8125, + 721879.1875 + ], + "base_neuron_id":"864691135173212623", + "before_root_ids":[ + 864691135173212623 + ], + "after_root_ids":[ + 864691136237792527, + 864691136313062717 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images from the front, side, and top perspectives, I observe the following:\n\n1. **Front View:**\n - The axonal structure appears to maintain a consistent path without unexpected branching or unusual angles that could indicate a merge error.\n\n2. **Side View:**\n - The processes similarly follow a straight path, with no apparent doubling back or abrupt angles.\n\n3. **Top View:**\n - The continuity of the neuronal processes is seen here as well, without signs of overlapping or intersecting that might suggest different neurons being merged incorrectly.\n\nOverall, the characteristics that typically signify a merge error, such as aberrant angles or crossings, do not appear prominently in these images. The segment maintains a consistent morphology across all views.\n\nThus, based on the inspection of these images, there is no clear evidence of a merge error within the central region of this neuronal segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images from the front, side, and top perspectives, I observe the following:\n\n1. **Front View:**\n - The axonal structure appears to maintain a consistent path without unexpected branching or unusual angles that could indicate a merge error.\n\n2. **Side View:**\n - The processes similarly follow a straight path, with no apparent doubling back or abrupt angles.\n\n3. **Top View:**\n - The continuity of the neuronal processes is seen here as well, without signs of overlapping or intersecting that might suggest different neurons being merged incorrectly.\n\nOverall, the characteristics that typically signify a merge error, such as aberrant angles or crossings, do not appear prominently in these images. The segment maintains a consistent morphology across all views.\n\nThus, based on the inspection of these images, there is no clear evidence of a merge error within the central region of this neuronal segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135173212623":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + } + }, + "prompt_options":[ + { + "id":"864691135173212623", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135173212623_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135173212623_864691135275621605_586660_608722_721879\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":16926 + }, + "merge_coords":"586660_608722_721879", + "zoom_margin":16926 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":939630, + "timestamp":1713425532, + "merge_coords":[ + 586575.5, + 609021.0, + 721927.5 + ], + "interface_point":[ + 586575.5, + 609021.0, + 721927.5 + ], + "base_neuron_id":"864691136313062717", + "before_root_ids":[ + 864691136313062717 + ], + "after_root_ids":[ + 864691135545857320, + 864691135136025625 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images provided show a neuronal structure from three perspectives: front, side, and top. The objective is to determine if there are any merge errors that indicate inappropriate grouping of processes from different neurons. Such errors are usually characterized by unusual axonal structures like doubling back or forming sharp angles.\n\n1. **Front View Analysis**:\n - The segment appears to have an elongated shape with several branches. \n - There are no obvious signs of an axon doubling back sharply.\n\n2. **Side View Analysis**:\n - The structure is mostly linear, with no apparent sharp angles or abrupt doubling back.\n - The curvatures appear to be natural extensions rather than merge errors.\n\n3. **Top View Analysis**:\n - From the top view, the segment maintains a consistent path.\n - No acute angles or anomalous intersections are observed.\n\nOverall, there is no evidence of the characteristic features of merge errors, such as unusual bending or branching angles. The neuronal process appears consistent and continuous in all views without any aberrant formations.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images provided show a neuronal structure from three perspectives: front, side, and top. The objective is to determine if there are any merge errors that indicate inappropriate grouping of processes from different neurons. Such errors are usually characterized by unusual axonal structures like doubling back or forming sharp angles.\n\n1. **Front View Analysis**:\n - The segment appears to have an elongated shape with several branches. \n - There are no obvious signs of an axon doubling back sharply.\n\n2. **Side View Analysis**:\n - The structure is mostly linear, with no apparent sharp angles or abrupt doubling back.\n - The curvatures appear to be natural extensions rather than merge errors.\n\n3. **Top View Analysis**:\n - From the top view, the segment maintains a consistent path.\n - No acute angles or anomalous intersections are observed.\n\nOverall, there is no evidence of the characteristic features of merge errors, such as unusual bending or branching angles. The neuronal process appears consistent and continuous in all views without any aberrant formations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136313062717":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136313062717", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + } + ], + "id":"864691136313062717" + }, + { + "task":"split_identification", + "operation_id":939630, + "timestamp":1713425532, + "merge_coords":[ + 586575.5, + 609021.0, + 721927.5 + ], + "interface_point":[ + 586575.5, + 609021.0, + 721927.5 + ], + "base_neuron_id":"864691136313062717", + "before_root_ids":[ + 864691136313062717 + ], + "after_root_ids":[ + 864691135545857320, + 864691135136025625 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe presented 3D segmentation depicts a neuronal process intended to belong to a single neuron. Here\u2019s a detailed analysis of the structure:\n\n1. **Front View**: The structure appears to be relatively linear. There are no obvious anomalies such as sharp bends or unexpected branching at abrupt angles, which could suggest a merge error.\n\n2. **Side View**: The side profile further supports a consistent, linear structure. No signs of doubling back or unusual kinks that might indicate two separate processes mistakenly merged.\n\n3. **Top View**: From the top, the segment maintains a similar linear appearance, without signs of a merge error such as orthogonal connections that are not typical of neuronal axon structures.\n\nThroughout all views, the segment appears to be a single, relatively smooth process without unusual structural anomalies that would typically indicate a merge error. There are no branch points or angles that suggest different neurons have been inappropriately merged.\n\nGiven the lack of the indicators of merge errors, the segment seems to represent a single neuron\u2019s process.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The presented 3D segmentation depicts a neuronal process intended to belong to a single neuron. Here\u2019s a detailed analysis of the structure:\n\n1. **Front View**: The structure appears to be relatively linear. There are no obvious anomalies such as sharp bends or unexpected branching at abrupt angles, which could suggest a merge error.\n\n2. **Side View**: The side profile further supports a consistent, linear structure. No signs of doubling back or unusual kinks that might indicate two separate processes mistakenly merged.\n\n3. **Top View**: From the top, the segment maintains a similar linear appearance, without signs of a merge error such as orthogonal connections that are not typical of neuronal axon structures.\n\nThroughout all views, the segment appears to be a single, relatively smooth process without unusual structural anomalies that would typically indicate a merge error. There are no branch points or angles that suggest different neurons have been inappropriately merged.\n\nGiven the lack of the indicators of merge errors, the segment seems to represent a single neuron\u2019s process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136313062717":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136313062717", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691136313062717_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136313062717_586575_609021_721927\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"586575_609021_721927", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":939878, + "timestamp":1713470142, + "merge_coords":[ + 552840.75, + 600395.25, + 690627.0 + ], + "interface_point":[ + 552840.75, + 600395.25, + 690627.0 + ], + "base_neuron_id":"864691133461221931", + "before_root_ids":[ + 864691133461221931 + ], + "after_root_ids":[ + 864691136618391515, + 864691136025055033 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images provided show a structure that we need to evaluate for potential merge errors that could indicate inappropriate grouping of processes from different neurons. The main indicators of merge errors include:\n\n1. Axon doubling back after branching off.\n2. Formation of a ninety-degree angle at joint points where segments may have been merged incorrectly.\n\nLet's assess each view:\n\n- **Front View**: The structure appears elongated with some curvature, but it does not distinctly show any abrupt turns or doubling back that could indicate a merge error.\n\n- **Side View**: This displays the structure vertically, and again, there is no clear evidence of any ninety-degree angle turns or doubling back. The structure looks consistent with natural neuronal morphology.\n\n- **Top View**: The compact nature of this view and the morphology presented do not clearly show merge errors. There are no pronounced right angles or unusual turns.\n\nGiven these observations from all views, there is no definitive visual indication of a merge error, such as a doubling back or an inappropriate ninety-degree angle connection in the central region of the volume. The segment appears to be uniformly aligned and free of the typical signs of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images provided show a structure that we need to evaluate for potential merge errors that could indicate inappropriate grouping of processes from different neurons. The main indicators of merge errors include:\n\n1. Axon doubling back after branching off.\n2. Formation of a ninety-degree angle at joint points where segments may have been merged incorrectly.\n\nLet's assess each view:\n\n- **Front View**: The structure appears elongated with some curvature, but it does not distinctly show any abrupt turns or doubling back that could indicate a merge error.\n\n- **Side View**: This displays the structure vertically, and again, there is no clear evidence of any ninety-degree angle turns or doubling back. The structure looks consistent with natural neuronal morphology.\n\n- **Top View**: The compact nature of this view and the morphology presented do not clearly show merge errors. There are no pronounced right angles or unusual turns.\n\nGiven these observations from all views, there is no definitive visual indication of a merge error, such as a doubling back or an inappropriate ninety-degree angle connection in the central region of the volume. The segment appears to be uniformly aligned and free of the typical signs of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691133461221931":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691133461221931", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + } + ], + "id":"864691133461221931" + }, + { + "task":"split_identification", + "operation_id":939878, + "timestamp":1713470142, + "merge_coords":[ + 552840.75, + 600395.25, + 690627.0 + ], + "interface_point":[ + 552840.75, + 600395.25, + 690627.0 + ], + "base_neuron_id":"864691133461221931", + "before_root_ids":[ + 864691133461221931 + ], + "after_root_ids":[ + 864691136618391515, + 864691136025055033 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe 3D segmentation images show portions of neuronal data with different views: front, side, and top. To determine the presence of a merge error, we need to look for indications like unusual structural formations, such as the axon doubling back on itself, sharp angles, or irregular branching patterns.\n\n1. **Front View:** The segment appears to be relatively linear with some natural undulations but no obvious sharp angles or doubling back.\n\n2. **Side View:** Similar to the front view, it shows continuity without significant branching angles or signs of merging from an external segment. \n\n3. **Top View:** The pattern still maintains a consistent direction, reflecting an undisturbed path for the neuronal process.\n\nThe absence of features commonly associated with merge errors, such as unusual bending or crisscrossing, supports the conclusion that this segment likely represents a contiguous neuronal process rather than a combined erroneous segment.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show portions of neuronal data with different views: front, side, and top. To determine the presence of a merge error, we need to look for indications like unusual structural formations, such as the axon doubling back on itself, sharp angles, or irregular branching patterns.\n\n1. **Front View:** The segment appears to be relatively linear with some natural undulations but no obvious sharp angles or doubling back.\n\n2. **Side View:** Similar to the front view, it shows continuity without significant branching angles or signs of merging from an external segment. \n\n3. **Top View:** The pattern still maintains a consistent direction, reflecting an undisturbed path for the neuronal process.\n\nThe absence of features commonly associated with merge errors, such as unusual bending or crisscrossing, supports the conclusion that this segment likely represents a contiguous neuronal process rather than a combined erroneous segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691133461221931":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691133461221931", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691133461221931_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691133461221931_864691135275621605_552840_600395_690627\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"552840_600395_690627", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":939911, + "timestamp":1713474241, + "merge_coords":[ + 563604.3125, + 576053.125, + 714791.75 + ], + "interface_point":[ + 563604.3125, + 576053.125, + 714791.75 + ], + "base_neuron_id":"864691135688867794", + "before_root_ids":[ + 864691135688867794 + ], + "after_root_ids":[ + 864691135849050974, + 864691135335714281 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn examining the provided 3D segment from the front, side, and top perspectives, we should focus on identifying potential merge errors that are indicative of processes from different neurons being grouped together. The characteristics to watch for include:\n\n1. **Axon Doubling Back**: This usually appears as a loop or a sharp reversal in direction.\n \n2. **Unnatural Angles**: Such as a sharp 90-degree angle or a kink, which suggest a junction between processes that don't belong together.\n\n**Front View Analysis**:\n- There is a complex structure with some branching, but there is no clear, visible loop or sharp reversal that would indicate an axon doubling back.\n\n**Side View Analysis**:\n- The segment appears elongated without pronounced looping or sharp angles. This view does not reveal any obvious merge errors.\n\n**Top View Analysis**:\n- There is a clear linear progression with branches. No 90-degree angles or unexplained deviations are apparent that would suggest merging from different neurons.\n\nAcross all views, the segment appears reasonably consistent with a natural neuronal process shape. No suspicious looping, sharp angles, or intertwining of processes beyond expected branching is observed.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the provided 3D segment from the front, side, and top perspectives, we should focus on identifying potential merge errors that are indicative of processes from different neurons being grouped together. The characteristics to watch for include:\n\n1. **Axon Doubling Back**: This usually appears as a loop or a sharp reversal in direction.\n \n2. **Unnatural Angles**: Such as a sharp 90-degree angle or a kink, which suggest a junction between processes that don't belong together.\n\n**Front View Analysis**:\n- There is a complex structure with some branching, but there is no clear, visible loop or sharp reversal that would indicate an axon doubling back.\n\n**Side View Analysis**:\n- The segment appears elongated without pronounced looping or sharp angles. This view does not reveal any obvious merge errors.\n\n**Top View Analysis**:\n- There is a clear linear progression with branches. No 90-degree angles or unexplained deviations are apparent that would suggest merging from different neurons.\n\nAcross all views, the segment appears reasonably consistent with a natural neuronal process shape. No suspicious looping, sharp angles, or intertwining of processes beyond expected branching is observed.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135688867794":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135688867794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + } + ], + "id":"864691135688867794" + }, + { + "task":"split_identification", + "operation_id":939911, + "timestamp":1713474241, + "merge_coords":[ + 563604.3125, + 576053.125, + 714791.75 + ], + "interface_point":[ + 563604.3125, + 576053.125, + 714791.75 + ], + "base_neuron_id":"864691135688867794", + "before_root_ids":[ + 864691135688867794 + ], + "after_root_ids":[ + 864691135849050974, + 864691135335714281 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a portion of 3D segmentation of neuronal data. I'm tasked with determining if there is a merge error present in these images, characterized by structural anomalies such as axon doubling back or forming a sharp angle.\n\n1. **Front View:** The structure appears elongated with a main branch and sub-branches. The curvature in the branches looks consistent without any visible sharp angles or doubling back.\n\n2. **Side View:** This view highlights the linearity of the process. There aren't obvious sharp turns or backtracking in the segment. \n\n3. **Top View:** This gives us another angle to assess the connectivity of the structures. The segments maintain a smooth flow without any detectable abrupt changes in direction. \n\nOverall, the structure across all views seems continuous without overt aberrations suggestive of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a portion of 3D segmentation of neuronal data. I'm tasked with determining if there is a merge error present in these images, characterized by structural anomalies such as axon doubling back or forming a sharp angle.\n\n1. **Front View:** The structure appears elongated with a main branch and sub-branches. The curvature in the branches looks consistent without any visible sharp angles or doubling back.\n\n2. **Side View:** This view highlights the linearity of the process. There aren't obvious sharp turns or backtracking in the segment. \n\n3. **Top View:** This gives us another angle to assess the connectivity of the structures. The segments maintain a smooth flow without any detectable abrupt changes in direction. \n\nOverall, the structure across all views seems continuous without overt aberrations suggestive of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135688867794":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135688867794", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135688867794_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135688867794_563604_576053_714791\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"563604_576053_714791", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":940425, + "timestamp":1713494935, + "merge_coords":[ + 507294.75, + 615192.6875, + 766942.5625 + ], + "interface_point":[ + 507294.75, + 615192.6875, + 766942.5625 + ], + "base_neuron_id":"864691135685493431", + "before_root_ids":[ + 864691135685493431 + ], + "after_root_ids":[ + 864691135349710295, + 864691135911081129 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation from the front, side, and top views, we can observe the morphology of the neuronal processes. Here are the key observations:\n\n1. **Front View**: The segment appears narrow with a somewhat elongated structure. There is a visible branching, and it does not seem to double back on itself, which could indicate a merge error in the sense of an unnatural attachment to another process.\n\n2. **Side View**: The structure seems to maintain a consistent trajectory without any sharp angles or unexpected deviations. The smoothness of the trajectory suggests that the segment maintains its pathway without any indicative merge artifacts like abrupt angles.\n\n3. **Top View**: Again, the segment appears linear and continuous. There is an absence of abrupt right angles or other abrupt changes in direction typically associated with erroneous merges.\n\nOverall, the segment maintains a coherent structure across all views. The branching does not exhibit any characteristics typically associated with a merge error, such as unnatural curves or sharp changes in direction.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the front, side, and top views, we can observe the morphology of the neuronal processes. Here are the key observations:\n\n1. **Front View**: The segment appears narrow with a somewhat elongated structure. There is a visible branching, and it does not seem to double back on itself, which could indicate a merge error in the sense of an unnatural attachment to another process.\n\n2. **Side View**: The structure seems to maintain a consistent trajectory without any sharp angles or unexpected deviations. The smoothness of the trajectory suggests that the segment maintains its pathway without any indicative merge artifacts like abrupt angles.\n\n3. **Top View**: Again, the segment appears linear and continuous. There is an absence of abrupt right angles or other abrupt changes in direction typically associated with erroneous merges.\n\nOverall, the segment maintains a coherent structure across all views. The branching does not exhibit any characteristics typically associated with a merge error, such as unnatural curves or sharp changes in direction.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135685493431":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + } + }, + "prompt_options":[ + { + "id":"864691135685493431", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + } + ], + "id":"864691135685493431" + }, + { + "task":"split_identification", + "operation_id":940425, + "timestamp":1713494935, + "merge_coords":[ + 507294.75, + 615192.6875, + 766942.5625 + ], + "interface_point":[ + 507294.75, + 615192.6875, + 766942.5625 + ], + "base_neuron_id":"864691135685493431", + "before_root_ids":[ + 864691135685493431 + ], + "after_root_ids":[ + 864691135349710295, + 864691135911081129 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation is examined from three perspectives: front, side, and top. To identify potential merge errors, we focus on signs of structural anomalies:\n1. **Front View**: The structure appears elongated and smooth without any noticeable branching that backtracks significantly or makes abrupt angles.\n2. **Side View**: The continuity seems consistent, with a gradual path and no sharp deviations or acute angles indicating possible merges.\n3. **Top View**: Similar to the side view, the structure extends smoothly without any sudden bends or intersections.\n\nThere are no pronounced features of the segment doubling back, making sharp turns, or showing disconnected areas that would suggest a merge error. \n\nConsidering these observations, the axonal structure seems to be without major abnormalities indicative of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation is examined from three perspectives: front, side, and top. To identify potential merge errors, we focus on signs of structural anomalies:\n1. **Front View**: The structure appears elongated and smooth without any noticeable branching that backtracks significantly or makes abrupt angles.\n2. **Side View**: The continuity seems consistent, with a gradual path and no sharp deviations or acute angles indicating possible merges.\n3. **Top View**: Similar to the side view, the structure extends smoothly without any sudden bends or intersections.\n\nThere are no pronounced features of the segment doubling back, making sharp turns, or showing disconnected areas that would suggest a merge error. \n\nConsidering these observations, the axonal structure seems to be without major abnormalities indicative of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135685493431":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + } + }, + "prompt_options":[ + { + "id":"864691135685493431", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135685493431_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135685493431_507294_615192_766942\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":14658 + }, + "merge_coords":"507294_615192_766942", + "zoom_margin":14658 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":942085, + "timestamp":1713664631, + "merge_coords":[ + 411583.1875, + 572098.8125, + 766327.8125 + ], + "interface_point":[ + 411583.1875, + 572098.8125, + 766327.8125 + ], + "base_neuron_id":"864691135426431763", + "before_root_ids":[ + 864691135426431763 + ], + "after_root_ids":[ + 864691135694055871, + 864691135741541739 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nBased on the 3D segmentation images provided, the model of neuronal data appears convoluted with several complex features. Here are some observations:\n\n1. **Front View**: The structure shows intersections that may indicate potential merge errors. Specifically, there are areas where branches appear to intersect at unusual angles or overlap, which is atypical for neuronal processes.\n\n2. **Side View**: The structure has some overlapping branches that form acute angles. This could be indicative of axonal paths crossing or potentially merging at points they should not.\n\n3. **Top View**: The top view reveals some areas where the axons\/dendrites seem to double back on themselves or form sharp turns. These features can sometimes indicate a merge error where processes are incorrectly grouped together.\n\nThe presence of these atypical angular structures and intersections across the views suggests that there is likely a merge error where segments from different neurons are inappropriately combined. \n\nBased on these observations, it seems probable that the segment should be split to correct these potential errors. \n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Based on the 3D segmentation images provided, the model of neuronal data appears convoluted with several complex features. Here are some observations:\n\n1. **Front View**: The structure shows intersections that may indicate potential merge errors. Specifically, there are areas where branches appear to intersect at unusual angles or overlap, which is atypical for neuronal processes.\n\n2. **Side View**: The structure has some overlapping branches that form acute angles. This could be indicative of axonal paths crossing or potentially merging at points they should not.\n\n3. **Top View**: The top view reveals some areas where the axons\/dendrites seem to double back on themselves or form sharp turns. These features can sometimes indicate a merge error where processes are incorrectly grouped together.\n\nThe presence of these atypical angular structures and intersections across the views suggests that there is likely a merge error where segments from different neurons are inappropriately combined. \n\nBased on these observations, it seems probable that the segment should be split to correct these potential errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135426431763":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + } + }, + "prompt_options":[ + { + "id":"864691135426431763", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + } + ], + "id":"864691135426431763" + }, + { + "task":"split_identification", + "operation_id":942085, + "timestamp":1713664631, + "merge_coords":[ + 411583.1875, + 572098.8125, + 766327.8125 + ], + "interface_point":[ + 411583.1875, + 572098.8125, + 766327.8125 + ], + "base_neuron_id":"864691135426431763", + "before_root_ids":[ + 864691135426431763 + ], + "after_root_ids":[ + 864691135694055871, + 864691135741541739 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided display a 3D segmentation of neuronal data from front, side, and top perspectives. The principal task is to identify potential merge errors\u2014specifically, instances where the segment may include processes from different neurons improperly combined.\n\nHere are the observations from each view:\n\n1. **Front View:**\n - The segment appears linear but with varying thickness along the length.\n - There are no obvious examples of unnatural bending or angles suggesting a merge near the center.\n\n2. **Side View:**\n - The structure seems to show more curvature, possibly indicating complex morphology but not definitively a merge error.\n - The segment does not demonstrate significant bending back onto itself or form unusually sharp angles.\n\n3. **Top View:**\n - The segment maintains a mostly consistent trajectory.\n - There is no indication of doubling back or sharp angles typical of merge errors.\n\nOverall, the structure seems to maintain a consistent path without significant deviations that suggest a merge error. No significant branches or bends that might be characteristic of a joining of two separate processes are visible prominently in the central portion of the volume.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided display a 3D segmentation of neuronal data from front, side, and top perspectives. The principal task is to identify potential merge errors\u2014specifically, instances where the segment may include processes from different neurons improperly combined.\n\nHere are the observations from each view:\n\n1. **Front View:**\n - The segment appears linear but with varying thickness along the length.\n - There are no obvious examples of unnatural bending or angles suggesting a merge near the center.\n\n2. **Side View:**\n - The structure seems to show more curvature, possibly indicating complex morphology but not definitively a merge error.\n - The segment does not demonstrate significant bending back onto itself or form unusually sharp angles.\n\n3. **Top View:**\n - The segment maintains a mostly consistent trajectory.\n - There is no indication of doubling back or sharp angles typical of merge errors.\n\nOverall, the structure seems to maintain a consistent path without significant deviations that suggest a merge error. No significant branches or bends that might be characteristic of a joining of two separate processes are visible prominently in the central portion of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135426431763":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + } + }, + "prompt_options":[ + { + "id":"864691135426431763", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135426431763_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135426431763_411583_572098_766327\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":5586 + }, + "merge_coords":"411583_572098_766327", + "zoom_margin":5586 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":945066, + "timestamp":1713856778, + "merge_coords":[ + 486885.0, + 828660.0, + 681870.0 + ], + "interface_point":[ + 486885.0, + 828660.0, + 681870.0 + ], + "base_neuron_id":"864691136093414531", + "before_root_ids":[ + 864691136093414531 + ], + "after_root_ids":[ + 864691135275569893, + 864691134941260643 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nLooking at the images provided, there are several points to consider when identifying merge errors:\n\n1. **Front View Analysis:**\n - The structure appears intricate with various branching points.\n - There's a prominent loop that could suggest the same process doubling back, which is often a sign of a potential merge error.\n \n2. **Side View Analysis:**\n - The branching looks quite regular without extreme angles but still shows a complex configuration that could indicate possible merges.\n \n3. **Top View Analysis:**\n - The segments seem to intertwine, which might be indicative of the segments belonging to different neurons.\n\nOverall, the looping and intertwining structures seen, especially the loop in the front view, suggest that there might be a merge error present.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Looking at the images provided, there are several points to consider when identifying merge errors:\n\n1. **Front View Analysis:**\n - The structure appears intricate with various branching points.\n - There's a prominent loop that could suggest the same process doubling back, which is often a sign of a potential merge error.\n \n2. **Side View Analysis:**\n - The branching looks quite regular without extreme angles but still shows a complex configuration that could indicate possible merges.\n \n3. **Top View Analysis:**\n - The segments seem to intertwine, which might be indicative of the segments belonging to different neurons.\n\nOverall, the looping and intertwining structures seen, especially the loop in the front view, suggest that there might be a merge error present.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136093414531":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136093414531", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + } + ], + "id":"864691136093414531" + }, + { + "task":"split_identification", + "operation_id":945066, + "timestamp":1713856778, + "merge_coords":[ + 486885.0, + 828660.0, + 681870.0 + ], + "interface_point":[ + 486885.0, + 828660.0, + 681870.0 + ], + "base_neuron_id":"864691136093414531", + "before_root_ids":[ + 864691136093414531 + ], + "after_root_ids":[ + 864691135275569893, + 864691134941260643 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\n\nFrom the provided images, I can identify potential indicators of a merge error:\n\n1. **Front View**: The segment appears relatively continuous but with some curvature and bends that might indicate complexity in structure. However, without a clear point of doubling back or sharp angles, it does not provide conclusive evidence of a merge error.\n\n2. **Side View**: The segment shows changes in direction that could be normal for axonal processes. The presence of any ninety-degree angles, which could indicate improper merging of different processes, should be examined. In this view, the connections appear smooth, suggesting a continuous single structure.\n\n3. **Top View**: The segment maintains a consistent direction with variations typical of neuronal processes. This view does not indicate any strong anomalies like a doubling back or sharp angles that would suggest a merge error.\n\nOverall, although there are slight curves and changes in direction, these can be part of the natural variability of axonal paths. The absence of distinct structural anomalies like doubling back or abrupt angles lessens the likelihood of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"From the provided images, I can identify potential indicators of a merge error:\n\n1. **Front View**: The segment appears relatively continuous but with some curvature and bends that might indicate complexity in structure. However, without a clear point of doubling back or sharp angles, it does not provide conclusive evidence of a merge error.\n\n2. **Side View**: The segment shows changes in direction that could be normal for axonal processes. The presence of any ninety-degree angles, which could indicate improper merging of different processes, should be examined. In this view, the connections appear smooth, suggesting a continuous single structure.\n\n3. **Top View**: The segment maintains a consistent direction with variations typical of neuronal processes. This view does not indicate any strong anomalies like a doubling back or sharp angles that would suggest a merge error.\n\nOverall, although there are slight curves and changes in direction, these can be part of the natural variability of axonal paths. The absence of distinct structural anomalies like doubling back or abrupt angles lessens the likelihood of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136093414531":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136093414531", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691136093414531_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136093414531_486885_828660_681870\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"486885_828660_681870", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":947601, + "timestamp":1713940385, + "merge_coords":[ + 686886.375, + 787242.75, + 775220.25 + ], + "interface_point":[ + 686886.375, + 787242.75, + 775220.25 + ], + "base_neuron_id":"864691135283974682", + "before_root_ids":[ + 864691135283974682 + ], + "after_root_ids":[ + 864691135476086080, + 864691136195532620 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation provided in the images reveals a continuous blue structure, presumably representing a part of a neuron's process like an axon or a dendrite. The structure seems elongated and winding, which is characteristic of neurites.\n\n1. **Front View**: The structure appears to have a meandering shape, but no apparent abrupt changes in direction are visible, which might indicate a merge error.\n\n2. **Side View**: Similarly, the side view does not show any obvious abrupt changes or ninety-degree angles that might suggest inappropriate merging. The curvature is smooth and consistent with a singular neuronal structure.\n\n3. **Top View**: There seems to be a gentle undulating pattern rather than any sharp, abrupt angles or doubling back that could indicate a structural anomaly or merge error.\n\nThroughout the views provided, the axon-like process maintains a consistent profile without sudden directional changes that are typical indicators of merge errors. The absence of these features suggests that the segment likely corresponds to a single neuronal process without inappropriate merging of different neurons.\n\nTherefore, based on the available evidence from the provided views, it is unlikely that there is a merge error present in the segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation provided in the images reveals a continuous blue structure, presumably representing a part of a neuron's process like an axon or a dendrite. The structure seems elongated and winding, which is characteristic of neurites.\n\n1. **Front View**: The structure appears to have a meandering shape, but no apparent abrupt changes in direction are visible, which might indicate a merge error.\n\n2. **Side View**: Similarly, the side view does not show any obvious abrupt changes or ninety-degree angles that might suggest inappropriate merging. The curvature is smooth and consistent with a singular neuronal structure.\n\n3. **Top View**: There seems to be a gentle undulating pattern rather than any sharp, abrupt angles or doubling back that could indicate a structural anomaly or merge error.\n\nThroughout the views provided, the axon-like process maintains a consistent profile without sudden directional changes that are typical indicators of merge errors. The absence of these features suggests that the segment likely corresponds to a single neuronal process without inappropriate merging of different neurons.\n\nTherefore, based on the available evidence from the provided views, it is unlikely that there is a merge error present in the segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135283974682":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + } + }, + "prompt_options":[ + { + "id":"864691135283974682", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + } + ], + "id":"864691135283974682" + }, + { + "task":"split_identification", + "operation_id":947601, + "timestamp":1713940385, + "merge_coords":[ + 686886.375, + 787242.75, + 775220.25 + ], + "interface_point":[ + 686886.375, + 787242.75, + 775220.25 + ], + "base_neuron_id":"864691135283974682", + "before_root_ids":[ + 864691135283974682 + ], + "after_root_ids":[ + 864691135476086080, + 864691136195532620 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of neuronal data from different perspectives. The goal is to determine if there is a merge error, suggesting that processes from different neurons might have been grouped together incorrectly.\n\n1. **Front View**: The structure is elongated and appears to have a relatively continuous form. There is no clear doubling back of branches or unusual angles at this view.\n\n2. **Side View**: The structure appears slightly more complex, but there are no apparent sharp turns or indications of merging different neuron processes.\n\n3. **Top View**: The structure maintains its elongated shape without significant branching that suggests a merge error.\n\nThroughout these perspectives, no obvious signs of a merge error are visible, such as doubling back, pronounced branching with unusual directions, or sharply angled connections typical of a merging of distinct neuronal processes.\n\nBased on the visual inspection of the provided 3D volume, there is no clear evidence of an erroneous merge. The structure retains consistency across views, aligning with the typical morphology of a single neuronal process.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of neuronal data from different perspectives. The goal is to determine if there is a merge error, suggesting that processes from different neurons might have been grouped together incorrectly.\n\n1. **Front View**: The structure is elongated and appears to have a relatively continuous form. There is no clear doubling back of branches or unusual angles at this view.\n\n2. **Side View**: The structure appears slightly more complex, but there are no apparent sharp turns or indications of merging different neuron processes.\n\n3. **Top View**: The structure maintains its elongated shape without significant branching that suggests a merge error.\n\nThroughout these perspectives, no obvious signs of a merge error are visible, such as doubling back, pronounced branching with unusual directions, or sharply angled connections typical of a merging of distinct neuronal processes.\n\nBased on the visual inspection of the provided 3D volume, there is no clear evidence of an erroneous merge. The structure retains consistency across views, aligning with the typical morphology of a single neuronal process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135283974682":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + } + }, + "prompt_options":[ + { + "id":"864691135283974682", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135283974682_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135283974682_686886_787242_775220\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4620 + }, + "merge_coords":"686886_787242_775220", + "zoom_margin":4620 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":947657, + "timestamp":1713941444, + "merge_coords":[ + 698376.0, + 750918.0, + 765996.0 + ], + "interface_point":[ + 698376.0, + 750918.0, + 765996.0 + ], + "base_neuron_id":"864691135940787201", + "before_root_ids":[ + 864691135940787201 + ], + "after_root_ids":[ + 864691135940787457, + 864691135463655325 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images provided show what appears to be a neuronal process. To determine if there is a merge error, we need to look for specific features that suggest inappropriate joining of segments from different neurons.\n\n1. **Front View:** The segment appears elongated but does not show clear signs of a 90-degree angle or doubling back, which are typical indicators of merge errors.\n\n2. **Side View:** This view reveals more of the segment's branching structure. While there are some twists, they do not appear unnatural or indicative of a merging of separate neuronal processes.\n\n3. **Top View:** The segment remains largely linear with no significant deviations from its axial alignment. There are no abrupt angles or complex intersections that would suggest an error.\n\nOverall, the segment maintains a consistent axonal shape without the problematic features that characterize merge errors, such as extreme angles or doubling back.\n\nConsidering all the observations from the different views, there doesn't appear to be any substantial evidence of merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images provided show what appears to be a neuronal process. To determine if there is a merge error, we need to look for specific features that suggest inappropriate joining of segments from different neurons.\n\n1. **Front View:** The segment appears elongated but does not show clear signs of a 90-degree angle or doubling back, which are typical indicators of merge errors.\n\n2. **Side View:** This view reveals more of the segment's branching structure. While there are some twists, they do not appear unnatural or indicative of a merging of separate neuronal processes.\n\n3. **Top View:** The segment remains largely linear with no significant deviations from its axial alignment. There are no abrupt angles or complex intersections that would suggest an error.\n\nOverall, the segment maintains a consistent axonal shape without the problematic features that characterize merge errors, such as extreme angles or doubling back.\n\nConsidering all the observations from the different views, there doesn't appear to be any substantial evidence of merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135940787201":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + } + }, + "prompt_options":[ + { + "id":"864691135940787201", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + } + ], + "id":"864691135940787201" + }, + { + "task":"split_identification", + "operation_id":947657, + "timestamp":1713941444, + "merge_coords":[ + 698376.0, + 750918.0, + 765996.0 + ], + "interface_point":[ + 698376.0, + 750918.0, + 765996.0 + ], + "base_neuron_id":"864691135940787201", + "before_root_ids":[ + 864691135940787201 + ], + "after_root_ids":[ + 864691135940787457, + 864691135463655325 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images, we are examining the morphology of the neuronal structure from different angles (front, side, and top) to identify potential merge errors caused by the algorithm.\n\n1. **Front View:**\n - The structure appears elongated and linear with some minor branching.\n - There is no obvious evidence of doubling back or 90-degree turns.\n\n2. **Side View:**\n - The side view reveals more complexity with minor twists and turns.\n - However, the structure does not display any sharp bends or unnatural angles typical of a merge error.\n\n3. **Top View:**\n - Similar to the front view, the top profile is relatively smooth.\n - The structure maintains a continuous flow without sharp or ineffective merging points.\n\nOverall, while the structure shows small natural variations, it does not exhibit characteristics of a merge error such as abrupt bends or doubling back that would suggest inappropriate grouping of different neurons' processes. Thus, it likely corresponds to a single neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are examining the morphology of the neuronal structure from different angles (front, side, and top) to identify potential merge errors caused by the algorithm.\n\n1. **Front View:**\n - The structure appears elongated and linear with some minor branching.\n - There is no obvious evidence of doubling back or 90-degree turns.\n\n2. **Side View:**\n - The side view reveals more complexity with minor twists and turns.\n - However, the structure does not display any sharp bends or unnatural angles typical of a merge error.\n\n3. **Top View:**\n - Similar to the front view, the top profile is relatively smooth.\n - The structure maintains a continuous flow without sharp or ineffective merging points.\n\nOverall, while the structure shows small natural variations, it does not exhibit characteristics of a merge error such as abrupt bends or doubling back that would suggest inappropriate grouping of different neurons' processes. Thus, it likely corresponds to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135940787201":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + } + }, + "prompt_options":[ + { + "id":"864691135940787201", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135940787201_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135940787201_698376_750918_765996\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":15372 + }, + "merge_coords":"698376_750918_765996", + "zoom_margin":15372 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":947670, + "timestamp":1713941845, + "merge_coords":[ + 699073.1875, + 747553.75, + 765926.3125 + ], + "interface_point":[ + 699073.1875, + 747553.75, + 765926.3125 + ], + "base_neuron_id":"864691136101041525", + "before_root_ids":[ + 864691136101041525 + ], + "after_root_ids":[ + 864691136967028174, + 864691135118953693 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided offer different views of a 3D segmented volume of neuronal processes. We need to assess whether there are any structural anomalies that suggest merge errors, such as unusual axonal paths or connections that are not typical for a single neuron's processes.\n\n1. **Front View**: This image displays complex branching with a significant area of dense connections. There are no clear signs of axons doubling back immediately after branching off, which is a known indicator of a merge error. However, the dense overlaps could potentially mask subtle indicators of merge errors.\n\n2. **Side View**: This perspective offers a profile of some of the branches seen from the front. Look for any abrupt 90-degree turns or overlapping branches that deviate from natural paths, often indicating potential merge errors. The side view does show some sharp changes in direction, but they align with the natural branching observed in the front view.\n\n3. **Top View**: Looking down on the neuronal processes gives a clearer view of the spatial relationship between branches. The connections appear consistent with the expected organic neuronal branching pattern without any abrupt angular formations characteristic of merged segments from different neurons.\n\nOverall, despite the complexity and density of the branching patterns, the views do not present clear and definitive characteristics indicative of a merge error, such as sharp angular mergers or reversed axonal directions immediately post-branching.\n\nConsidering the criteria for identifying merge errors and the absence of clear indicators from the views provided, it appears that the segmentation aligns with the processes of a single neuron without evident structural anomalies that suggest merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided offer different views of a 3D segmented volume of neuronal processes. We need to assess whether there are any structural anomalies that suggest merge errors, such as unusual axonal paths or connections that are not typical for a single neuron's processes.\n\n1. **Front View**: This image displays complex branching with a significant area of dense connections. There are no clear signs of axons doubling back immediately after branching off, which is a known indicator of a merge error. However, the dense overlaps could potentially mask subtle indicators of merge errors.\n\n2. **Side View**: This perspective offers a profile of some of the branches seen from the front. Look for any abrupt 90-degree turns or overlapping branches that deviate from natural paths, often indicating potential merge errors. The side view does show some sharp changes in direction, but they align with the natural branching observed in the front view.\n\n3. **Top View**: Looking down on the neuronal processes gives a clearer view of the spatial relationship between branches. The connections appear consistent with the expected organic neuronal branching pattern without any abrupt angular formations characteristic of merged segments from different neurons.\n\nOverall, despite the complexity and density of the branching patterns, the views do not present clear and definitive characteristics indicative of a merge error, such as sharp angular mergers or reversed axonal directions immediately post-branching.\n\nConsidering the criteria for identifying merge errors and the absence of clear indicators from the views provided, it appears that the segmentation aligns with the processes of a single neuron without evident structural anomalies that suggest merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136101041525":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + } + }, + "prompt_options":[ + { + "id":"864691136101041525", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + } + ], + "id":"864691136101041525" + }, + { + "task":"split_identification", + "operation_id":947670, + "timestamp":1713941845, + "merge_coords":[ + 699073.1875, + 747553.75, + 765926.3125 + ], + "interface_point":[ + 699073.1875, + 747553.75, + 765926.3125 + ], + "base_neuron_id":"864691136101041525", + "before_root_ids":[ + 864691136101041525 + ], + "after_root_ids":[ + 864691136967028174, + 864691135118953693 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segment shown in the images represents a complex structure, possibly an axonal or dendritic process that could potentially be part of a single neuron. To determine if a merge error is present, we need to evaluate the forms and connections within the segment:\n\n1. **Front View Analysis**:\n - The segment appears to have a somewhat continuous and elongated form, typical of neuronal processes.\n - There are no apparent sharp bends or unnatural angles visible from this perspective.\n\n2. **Side View Analysis**:\n - The side view shows the structure having a tortuous path, which can be normal in axonal segments.\n - However, there isn't a noticeable sharp angle or loop that would typically suggest a merge error.\n\n3. **Top View Analysis**:\n - From the top, the segment still maintains a single-thread-like appearance without signs of doubling back or abrupt direction changes.\n\nAcross all views, the absence of abrupt 90-degree turns or loops suggests that the process doesn't exhibit the classic signs of a merge error. The structure remains consistent with a single neuronal process rather than a merged one.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segment shown in the images represents a complex structure, possibly an axonal or dendritic process that could potentially be part of a single neuron. To determine if a merge error is present, we need to evaluate the forms and connections within the segment:\n\n1. **Front View Analysis**:\n - The segment appears to have a somewhat continuous and elongated form, typical of neuronal processes.\n - There are no apparent sharp bends or unnatural angles visible from this perspective.\n\n2. **Side View Analysis**:\n - The side view shows the structure having a tortuous path, which can be normal in axonal segments.\n - However, there isn't a noticeable sharp angle or loop that would typically suggest a merge error.\n\n3. **Top View Analysis**:\n - From the top, the segment still maintains a single-thread-like appearance without signs of doubling back or abrupt direction changes.\n\nAcross all views, the absence of abrupt 90-degree turns or loops suggests that the process doesn't exhibit the classic signs of a merge error. The structure remains consistent with a single neuronal process rather than a merged one.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136101041525":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + } + }, + "prompt_options":[ + { + "id":"864691136101041525", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691136101041525_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691136101041525_699073_747553_765926\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":11298 + }, + "merge_coords":"699073_747553_765926", + "zoom_margin":11298 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":947860, + "timestamp":1713946636, + "merge_coords":[ + 696171.0, + 741389.25, + 768426.75 + ], + "interface_point":[ + 696171.0, + 741389.25, + 768426.75 + ], + "base_neuron_id":"864691135468752780", + "before_root_ids":[ + 864691135468752780 + ], + "after_root_ids":[ + 864691136310955866, + 864691135749938473 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nUpon reviewing the 3D segmentation from the front, side, and top perspectives, several characteristics of the neuronal morphology are noted. Merge errors typically present as unusual structural formations, such as axons doubling back or sharp angles at branching points.\n\n1. **Front View:**\n - The structure appears highly convoluted with a complex pattern. Look for areas where branches might form sharp 90-degree angles or where there seems to be an abrupt change in direction.\n\n2. **Side View:**\n - This view offers depth perception. Notice any overlap that could suggest branches from different neurons have merged.\n\n3. **Top View:**\n - Observe the organization and continuity of the structures. Mark areas where trajectories seem unnatural or where expansions suggest possible errors.\n\nThroughout the examination of the central region of this neuronal segment, there is no clear evidence of doubling back or sharp angles that would indicate a merge error. The overall organization seems consistent with dendritic or axonal processes of a single neuron. While the structure is convoluted, it follows a generally expectable morphological pattern for a neuron.\n\nConsidering the evidence across all views, there are no definitive signs of inappropriate merging at the center of the volume.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon reviewing the 3D segmentation from the front, side, and top perspectives, several characteristics of the neuronal morphology are noted. Merge errors typically present as unusual structural formations, such as axons doubling back or sharp angles at branching points.\n\n1. **Front View:**\n - The structure appears highly convoluted with a complex pattern. Look for areas where branches might form sharp 90-degree angles or where there seems to be an abrupt change in direction.\n\n2. **Side View:**\n - This view offers depth perception. Notice any overlap that could suggest branches from different neurons have merged.\n\n3. **Top View:**\n - Observe the organization and continuity of the structures. Mark areas where trajectories seem unnatural or where expansions suggest possible errors.\n\nThroughout the examination of the central region of this neuronal segment, there is no clear evidence of doubling back or sharp angles that would indicate a merge error. The overall organization seems consistent with dendritic or axonal processes of a single neuron. While the structure is convoluted, it follows a generally expectable morphological pattern for a neuron.\n\nConsidering the evidence across all views, there are no definitive signs of inappropriate merging at the center of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135468752780":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135468752780", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + } + ], + "id":"864691135468752780" + }, + { + "task":"split_identification", + "operation_id":947860, + "timestamp":1713946636, + "merge_coords":[ + 696171.0, + 741389.25, + 768426.75 + ], + "interface_point":[ + 696171.0, + 741389.25, + 768426.75 + ], + "base_neuron_id":"864691135468752780", + "before_root_ids":[ + 864691135468752780 + ], + "after_root_ids":[ + 864691136310955866, + 864691135749938473 + ], + "proofread_root_id":"864691135275621605", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided 3D segment images show neuronal data from three perspectives: front, side, and top. \n\n1. **Front View (Image 1):** The segment appears to have a continuous, elongated structure typically seen in axons or dendrites. There are no apparent sharp angles or unnatural doublings back in this view.\n\n2. **Side View (Image 2):** The structure seems to maintain continuity and shows natural curvature without any sharp ninety-degree turns or irregular branching that suggests merging from different neurons.\n\n3. **Top View (Image 3):** Similar to the front view, the segment maintains a consistent path with no signs of abrupt changes in direction or unexpected junctions.\n\nOverall, the segment does not display characteristics of a merge error, such as abrupt angles or evidence of distinct neuronal processes being incorrectly joined. The continuity and natural curvature suggest that the segment likely corresponds to a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided 3D segment images show neuronal data from three perspectives: front, side, and top. \n\n1. **Front View (Image 1):** The segment appears to have a continuous, elongated structure typically seen in axons or dendrites. There are no apparent sharp angles or unnatural doublings back in this view.\n\n2. **Side View (Image 2):** The structure seems to maintain continuity and shows natural curvature without any sharp ninety-degree turns or irregular branching that suggests merging from different neurons.\n\n3. **Top View (Image 3):** Similar to the front view, the segment maintains a consistent path with no signs of abrupt changes in direction or unexpected junctions.\n\nOverall, the segment does not display characteristics of a merge error, such as abrupt angles or evidence of distinct neuronal processes being incorrectly joined. The continuity and natural curvature suggest that the segment likely corresponds to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135468752780":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135275621605":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135468752780", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135468752780_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + }, + { + "id":"864691135275621605", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135275621605_864691135468752780_696171_741389_768426\/base_864691135275621605_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"696171_741389_768426", + "zoom_margin":4096 + } + ], + "id":"864691135275621605" + }, + { + "task":"split_identification", + "operation_id":146729, + "timestamp":1603908293, + "merge_coords":[ + 733188.625, + 726185.25, + 901224.625 + ], + "interface_point":[ + 733188.625, + 726185.25, + 901224.625 + ], + "base_neuron_id":"864691136723655421", + "before_root_ids":[ + 864691136723655421 + ], + "after_root_ids":[ + 864691135445681042, + 864691136903170738 + ], + "proofread_root_id":"864691136287648195", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe provided images display a neuronal structure from three perspectives: front, side, and top. In analyzing these images for possible merge errors, key indicators to observe include:\n\n1. **Aberrant Axonal Structures:** Look for signs where axons may improperly double back or make sharp angles indicative of erroneous joining between separate neurons.\n\n2. **Branching Patterns:** Examine whether branches follow a biologically plausible morphology or if they exhibit unusual patterns that could indicate merging.\n\n3. **Path Consistency:** Ensure that all processes maintain a consistent trajectory and origin point, as sudden deviations may suggest merger inaccuracies.\n\nUpon examining the images:\n\n- **Front View:** The segment appears to be a single continuous structure without any visible abrupt changes in direction or branching that could suggest merging.\n\n- **Side View:** The structure maintains a consistent orientation and branching pattern that appears typical of normal dendritic or axonal extensions, without the sharp angles or returns expected in merge errors.\n\n- **Top View:** There is no visible irregularity or sharp directional shifts from this perspective that would indicate a merge error.\n\nIn conclusion, across all perspectives, the neuronal structure maintains a continuous and consistent morphology typical of single-neuron processes without the problematic features associated with merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images display a neuronal structure from three perspectives: front, side, and top. In analyzing these images for possible merge errors, key indicators to observe include:\n\n1. **Aberrant Axonal Structures:** Look for signs where axons may improperly double back or make sharp angles indicative of erroneous joining between separate neurons.\n\n2. **Branching Patterns:** Examine whether branches follow a biologically plausible morphology or if they exhibit unusual patterns that could indicate merging.\n\n3. **Path Consistency:** Ensure that all processes maintain a consistent trajectory and origin point, as sudden deviations may suggest merger inaccuracies.\n\nUpon examining the images:\n\n- **Front View:** The segment appears to be a single continuous structure without any visible abrupt changes in direction or branching that could suggest merging.\n\n- **Side View:** The structure maintains a consistent orientation and branching pattern that appears typical of normal dendritic or axonal extensions, without the sharp angles or returns expected in merge errors.\n\n- **Top View:** There is no visible irregularity or sharp directional shifts from this perspective that would indicate a merge error.\n\nIn conclusion, across all perspectives, the neuronal structure maintains a continuous and consistent morphology typical of single-neuron processes without the problematic features associated with merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136723655421":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "864691136287648195":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + } + }, + "prompt_options":[ + { + "id":"864691136723655421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + } + ], + "id":"864691136723655421" + }, + { + "task":"split_identification", + "operation_id":146729, + "timestamp":1603908293, + "merge_coords":[ + 733188.625, + 726185.25, + 901224.625 + ], + "interface_point":[ + 733188.625, + 726185.25, + 901224.625 + ], + "base_neuron_id":"864691136723655421", + "before_root_ids":[ + 864691136723655421 + ], + "after_root_ids":[ + 864691135445681042, + 864691136903170738 + ], + "proofread_root_id":"864691136287648195", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D view of a neuronal structure from three perspectives: front, side, and top. To identify merge errors, we need to focus on the morphology of the axonal and dendritic processes, especially in the center of the images where the volume is cropped.\n\nKey aspects to consider for merge errors:\n1. Axon Doubling Back: The images do not show any prominent cases where an axon abruptly changes direction or folds back on itself soon after branching.\n2. Abrupt Angles: There are no visible instances of axonal processes forming sharp ninety-degree angles, which would indicate the erroneous merging of separate neurons.\n\nThe arborization patterns appear consistent across all three views, showing a typical neuronal structure with a main axon extending without unnatural doubling back or sharp turns. The dendritic branches also appear logically organized without unusual angles.\n\nBased on the examination of the structure's continuity and logical branching pattern, there do not appear to be any obvious signs of merge errors. The segmentation aligns with expected neuronal morphology.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"The images provided show a 3D view of a neuronal structure from three perspectives: front, side, and top. To identify merge errors, we need to focus on the morphology of the axonal and dendritic processes, especially in the center of the images where the volume is cropped.\n\nKey aspects to consider for merge errors:\n1. Axon Doubling Back: The images do not show any prominent cases where an axon abruptly changes direction or folds back on itself soon after branching.\n2. Abrupt Angles: There are no visible instances of axonal processes forming sharp ninety-degree angles, which would indicate the erroneous merging of separate neurons.\n\nThe arborization patterns appear consistent across all three views, showing a typical neuronal structure with a main axon extending without unnatural doubling back or sharp turns. The dendritic branches also appear logically organized without unusual angles.\n\nBased on the examination of the structure's continuity and logical branching pattern, there do not appear to be any obvious signs of merge errors. The segmentation aligns with expected neuronal morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136723655421":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "864691136287648195":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + } + }, + "prompt_options":[ + { + "id":"864691136723655421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136723655421_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136723655421_733188_726185_901224\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":774228 + }, + "merge_coords":"733188_726185_901224", + "zoom_margin":774228 + } + ], + "id":"864691136287648195" + }, + { + "task":"split_identification", + "operation_id":146755, + "timestamp":1603908586, + "merge_coords":[ + 734661.625, + 729396.125, + 901977.625 + ], + "interface_point":[ + 734661.625, + 729396.125, + 901977.625 + ], + "base_neuron_id":"864691136672741511", + "before_root_ids":[ + 864691136672741511 + ], + "after_root_ids":[ + 864691135609555975, + 864691135946756449 + ], + "proofread_root_id":"864691136287648195", + "model":"gpt-4o", + "model_raw_answer":"\n\nExamining the images for signs of merge errors:\n\n1. **Front View**: \n - The structure appears consistent and continuous.\n - No obvious irregularities like sharp angles or unusual branching are visible.\n\n2. **Side View**:\n - The axon and dendrite projections appear smooth and typical.\n - There is no evidence of doubling back or sharp turns that would suggest a merge error.\n\n3. **Top View**:\n - The morphology appears uniform.\n - No abrupt changes or angles that would indicate merging of different neuron processes.\n\nOverall, the projections in all views seem continuous and typical without signs of merge errors such as unusual angular formations or the axon doubling back on itself.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the images for signs of merge errors:\n\n1. **Front View**: \n - The structure appears consistent and continuous.\n - No obvious irregularities like sharp angles or unusual branching are visible.\n\n2. **Side View**:\n - The axon and dendrite projections appear smooth and typical.\n - There is no evidence of doubling back or sharp turns that would suggest a merge error.\n\n3. **Top View**:\n - The morphology appears uniform.\n - No abrupt changes or angles that would indicate merging of different neuron processes.\n\nOverall, the projections in all views seem continuous and typical without signs of merge errors such as unusual angular formations or the axon doubling back on itself.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136672741511":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "864691136287648195":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + } + }, + "prompt_options":[ + { + "id":"864691136672741511", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + } + ], + "id":"864691136672741511" + }, + { + "task":"split_identification", + "operation_id":146755, + "timestamp":1603908586, + "merge_coords":[ + 734661.625, + 729396.125, + 901977.625 + ], + "interface_point":[ + 734661.625, + 729396.125, + 901977.625 + ], + "base_neuron_id":"864691136672741511", + "before_root_ids":[ + 864691136672741511 + ], + "after_root_ids":[ + 864691135609555975, + 864691135946756449 + ], + "proofread_root_id":"864691136287648195", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a complex structure of neuronal processes. We are looking for indications of merge errors such as axons doubling back after branching or forming sharp angles, which can suggest incorrect merging of different neurons' processes.\n\n1. **Front View**: In this view, the structure appears to be branching significantly but doesn't exhibit obvious traits of merging errors like sharp angles or sudden changes in trajectory that are characteristic of merge errors.\n\n2. **Side View**: There seems to be a consistent path without any abrupt directional changes. This view doesn't provide evidence of the axon doubling back or any anomalous branching pattern suggesting a merge error.\n\n3. **Top View**: Like the other views, this perspective illustrates a dendritic structure that extends without sharp angles or problematic intersections.\n\nOverall, while the images present a dense and tangled arrangement typical for neuronal dendrites and axons, there is no significant evidence in these views of merge errors consistent with the described edge cases, such as doubling back or sharp right angles.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a complex structure of neuronal processes. We are looking for indications of merge errors such as axons doubling back after branching or forming sharp angles, which can suggest incorrect merging of different neurons' processes.\n\n1. **Front View**: In this view, the structure appears to be branching significantly but doesn't exhibit obvious traits of merging errors like sharp angles or sudden changes in trajectory that are characteristic of merge errors.\n\n2. **Side View**: There seems to be a consistent path without any abrupt directional changes. This view doesn't provide evidence of the axon doubling back or any anomalous branching pattern suggesting a merge error.\n\n3. **Top View**: Like the other views, this perspective illustrates a dendritic structure that extends without sharp angles or problematic intersections.\n\nOverall, while the images present a dense and tangled arrangement typical for neuronal dendrites and axons, there is no significant evidence in these views of merge errors consistent with the described edge cases, such as doubling back or sharp right angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136672741511":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "864691136287648195":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + } + }, + "prompt_options":[ + { + "id":"864691136672741511", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136672741511_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + }, + { + "id":"864691136287648195", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136287648195_864691136672741511_734661_729396_901977\/base_864691136287648195_zoomed_top.png" + }, + "em":null, + "zoom_margin":53088 + }, + "merge_coords":"734661_729396_901977", + "zoom_margin":53088 + } + ], + "id":"864691136287648195" + }, + { + "task":"split_identification", + "operation_id":375171, + "timestamp":1650439505, + "merge_coords":[ + 684768.0, + 506740.5, + 836745.0 + ], + "interface_point":[ + 684768.0, + 506740.5, + 836745.0 + ], + "base_neuron_id":"864691136099876177", + "before_root_ids":[ + 864691136099876177 + ], + "after_root_ids":[ + 864691135447057492, + 864691135472401202 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a neuronal process that appears to have irregularities. The center of the volume is the area of interest where merge errors might occur.\n\n1. **Front View**: The process looks elongated with possible branching, but there are sections that might suggest doubling over on itself.\n\n2. **Side View**: The protrusion in the middle has an irregular form. Such formations can indicate a merging point where two neuronal structures may have been erroneously combined.\n\n3. **Top View**: The linearity seems disrupted with possible branching that could signify a merging point.\n\nThe key indicators for a merge error include abnormal folding, sharp angles, or looping of processes, typically seen when distinct neuronal processes are grouped incorrectly. The images here suggest possible occurrences of these characteristics near the center.\n\nOverall, the presence of potential branching and looping suggests a merge error is present.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The 3D segmentation images show a neuronal process that appears to have irregularities. The center of the volume is the area of interest where merge errors might occur.\n\n1. **Front View**: The process looks elongated with possible branching, but there are sections that might suggest doubling over on itself.\n\n2. **Side View**: The protrusion in the middle has an irregular form. Such formations can indicate a merging point where two neuronal structures may have been erroneously combined.\n\n3. **Top View**: The linearity seems disrupted with possible branching that could signify a merging point.\n\nThe key indicators for a merge error include abnormal folding, sharp angles, or looping of processes, typically seen when distinct neuronal processes are grouped incorrectly. The images here suggest possible occurrences of these characteristics near the center.\n\nOverall, the presence of potential branching and looping suggests a merge error is present.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136099876177":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + } + }, + "prompt_options":[ + { + "id":"864691136099876177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + } + ], + "id":"864691136099876177" + }, + { + "task":"split_identification", + "operation_id":375171, + "timestamp":1650439505, + "merge_coords":[ + 684768.0, + 506740.5, + 836745.0 + ], + "interface_point":[ + 684768.0, + 506740.5, + 836745.0 + ], + "base_neuron_id":"864691136099876177", + "before_root_ids":[ + 864691136099876177 + ], + "after_root_ids":[ + 864691135447057492, + 864691135472401202 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images:\n\n1. **Front View**: The neuronal processes appear mostly linear and smooth, with branch points that seem appropriate for neuronal dendritic or axonal structures. There doesn't appear to be any abrupt doubling back or unnatural angles at this view.\n\n2. **Side View**: The structures are somewhat tortuous, but this is expected in complex dendritic trees. There are no obvious indications of a sudden change in direction or formation of sharp angles that would suggest a merge error.\n\n3. **Top View**: The processes continue to display mostly linear trajectories, with branching occurring at natural angles typical of neuronal morphology. Again, there's no apparent evidence of substantial deviation from expected patterns.\n\nBased on the examination of all three perspectives, there is no significant evidence of a merge error such as a doubled-back axon or unnatural angles resulting from inappropriate joining of processes from different neurons.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images:\n\n1. **Front View**: The neuronal processes appear mostly linear and smooth, with branch points that seem appropriate for neuronal dendritic or axonal structures. There doesn't appear to be any abrupt doubling back or unnatural angles at this view.\n\n2. **Side View**: The structures are somewhat tortuous, but this is expected in complex dendritic trees. There are no obvious indications of a sudden change in direction or formation of sharp angles that would suggest a merge error.\n\n3. **Top View**: The processes continue to display mostly linear trajectories, with branching occurring at natural angles typical of neuronal morphology. Again, there's no apparent evidence of substantial deviation from expected patterns.\n\nBased on the examination of all three perspectives, there is no significant evidence of a merge error such as a doubled-back axon or unnatural angles resulting from inappropriate joining of processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136099876177":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + } + }, + "prompt_options":[ + { + "id":"864691136099876177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691136099876177_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136099876177_684768_506740_836745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":12978 + }, + "merge_coords":"684768_506740_836745", + "zoom_margin":12978 + } + ], + "id":"864691135659152002" + }, + { + "task":"split_identification", + "operation_id":375481, + "timestamp":1650448200, + "merge_coords":[ + 696832.5, + 487389.0, + 878745.0 + ], + "interface_point":[ + 696832.5, + 487389.0, + 878745.0 + ], + "base_neuron_id":"864691135437323762", + "before_root_ids":[ + 864691135437323762 + ], + "after_root_ids":[ + 864691136175588614, + 864691135538555506 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the 3D views of the neuronal segment, a few key aspects need attention to identify potential merge errors.\n\n1. **Front View:** The image shows a complex branching pattern. There doesn't appear to be any obvious signs of merging, such as two processes abnormally joining at sharp angles or doubling back unusually.\n\n2. **Side View:** The branching patterns appear consistent with typical neuronal structure. There are no distinct signs of unusual connections characteristic of merge errors, such as sudden 90-degree joint angles.\n\n3. **Top View:** While the branching is intricate, it maintains a natural flow without abrupt directional changes that might suggest merging from different neurons.\n\nAcross all views, the segment maintains a consistent pattern with no evident structural anomalies that might indicate a merge error. The branching appears continuous and natural, consistent with a single neuron's processes.\n\nGiven the structure observed from all angles, there is no clear evidence of a merge error within the presented segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the 3D views of the neuronal segment, a few key aspects need attention to identify potential merge errors.\n\n1. **Front View:** The image shows a complex branching pattern. There doesn't appear to be any obvious signs of merging, such as two processes abnormally joining at sharp angles or doubling back unusually.\n\n2. **Side View:** The branching patterns appear consistent with typical neuronal structure. There are no distinct signs of unusual connections characteristic of merge errors, such as sudden 90-degree joint angles.\n\n3. **Top View:** While the branching is intricate, it maintains a natural flow without abrupt directional changes that might suggest merging from different neurons.\n\nAcross all views, the segment maintains a consistent pattern with no evident structural anomalies that might indicate a merge error. The branching appears continuous and natural, consistent with a single neuron's processes.\n\nGiven the structure observed from all angles, there is no clear evidence of a merge error within the presented segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135437323762":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + } + }, + "prompt_options":[ + { + "id":"864691135437323762", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + } + ], + "id":"864691135437323762" + }, + { + "task":"split_identification", + "operation_id":375481, + "timestamp":1650448200, + "merge_coords":[ + 696832.5, + 487389.0, + 878745.0 + ], + "interface_point":[ + 696832.5, + 487389.0, + 878745.0 + ], + "base_neuron_id":"864691135437323762", + "before_root_ids":[ + 864691135437323762 + ], + "after_root_ids":[ + 864691136175588614, + 864691135538555506 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the provided images of the neuronal data from three perspectives (front, side, and top), we need to inspect for signs of merge errors. \n\nMerge errors typically manifest as unusual structural patterns, such as:\n1. Axons doubling back after a branching.\n2. Axons forming unnatural sharp angles, such as ninety-degree turns when joined with another axon.\n\nUpon examination:\n\n1. **Front View**: The structure appears consistent with typical neuronal morphology, with radiating dendrites and a central cell body. There is no evident doubling back or sharp unusual angling in the axonal structures.\n\n2. **Side View**: The morphology remains consistent from this angle as well. The dendritic spread and the axonal path do not show signs of unnatural merging, such as abrupt bends or unexpected confluence of branches.\n\n3. **Top View**: Similar to the other views, the neuronal structure maintains a natural appearance. There are no visible signs of axonal merging that would suggest parts from different neurons are combined.\n\nBased on these observations, there does not appear to be any merge errors present in the segmentation. The morphology is consistent with a typical single neuron configuration without aberrations associated with merging of multiple neurons' processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided images of the neuronal data from three perspectives (front, side, and top), we need to inspect for signs of merge errors. \n\nMerge errors typically manifest as unusual structural patterns, such as:\n1. Axons doubling back after a branching.\n2. Axons forming unnatural sharp angles, such as ninety-degree turns when joined with another axon.\n\nUpon examination:\n\n1. **Front View**: The structure appears consistent with typical neuronal morphology, with radiating dendrites and a central cell body. There is no evident doubling back or sharp unusual angling in the axonal structures.\n\n2. **Side View**: The morphology remains consistent from this angle as well. The dendritic spread and the axonal path do not show signs of unnatural merging, such as abrupt bends or unexpected confluence of branches.\n\n3. **Top View**: Similar to the other views, the neuronal structure maintains a natural appearance. There are no visible signs of axonal merging that would suggest parts from different neurons are combined.\n\nBased on these observations, there does not appear to be any merge errors present in the segmentation. The morphology is consistent with a typical single neuron configuration without aberrations associated with merging of multiple neurons' processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135437323762":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + } + }, + "prompt_options":[ + { + "id":"864691135437323762", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135437323762_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135437323762_864691135659152002_696832_487389_878745\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":130032 + }, + "merge_coords":"696832_487389_878745", + "zoom_margin":130032 + } + ], + "id":"864691135659152002" + }, + { + "task":"split_identification", + "operation_id":375600, + "timestamp":1650452189, + "merge_coords":[ + 657730.5, + 549906.0, + 840661.5 + ], + "interface_point":[ + 657730.5, + 549906.0, + 840661.5 + ], + "base_neuron_id":"864691136194595148", + "before_root_ids":[ + 864691136194595148 + ], + "after_root_ids":[ + 864691135404101358, + 864691135467996044 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show the morphology of what is intended to be a single neuron. The views provided (front, side, and top) help in assessing the continuity and branching patterns of the processes.\n\n1. **Front View**: The structure seems consistent with typical branching, with dendritic or axonal processes extending outward in a relatively organized manner.\n\n2. **Side View**: Some branches extend in a direction that could possibly indicate unusual joining, but without obvious signs of merging errors like doubling back or unnatural angles.\n\n3. **Top View**: There are no clear indications of abrupt turns or doubling back that would suggest an error. The processes appear to extend naturally from a central point, radiating outward.\n\nAcross all views, no apparent signs of the common merge errors are noticeable. The branching appears consistent with what would be expected for a single neuron's processes, considering the provided views and the centered slices.\n\nBased on the observations, there is no evidence of a merge error that would require splitting the segment. The axonal structure does not display signs of unnatural joining or problematic branching angles commonly associated with segmentation errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show the morphology of what is intended to be a single neuron. The views provided (front, side, and top) help in assessing the continuity and branching patterns of the processes.\n\n1. **Front View**: The structure seems consistent with typical branching, with dendritic or axonal processes extending outward in a relatively organized manner.\n\n2. **Side View**: Some branches extend in a direction that could possibly indicate unusual joining, but without obvious signs of merging errors like doubling back or unnatural angles.\n\n3. **Top View**: There are no clear indications of abrupt turns or doubling back that would suggest an error. The processes appear to extend naturally from a central point, radiating outward.\n\nAcross all views, no apparent signs of the common merge errors are noticeable. The branching appears consistent with what would be expected for a single neuron's processes, considering the provided views and the centered slices.\n\nBased on the observations, there is no evidence of a merge error that would require splitting the segment. The axonal structure does not display signs of unnatural joining or problematic branching angles commonly associated with segmentation errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194595148":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + } + }, + "prompt_options":[ + { + "id":"864691136194595148", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + } + ], + "id":"864691136194595148" + }, + { + "task":"split_identification", + "operation_id":375600, + "timestamp":1650452189, + "merge_coords":[ + 657730.5, + 549906.0, + 840661.5 + ], + "interface_point":[ + 657730.5, + 549906.0, + 840661.5 + ], + "base_neuron_id":"864691136194595148", + "before_root_ids":[ + 864691136194595148 + ], + "after_root_ids":[ + 864691135404101358, + 864691135467996044 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal data from three different perspectives: front, side, and top. We are tasked with identifying any merge errors within these views, which may suggest improper grouping of neuronal processes from different neurons.\n\n1. **Front View:**\n - The structure appears consistent with the intricate branching typical of a neuron. However, close attention should be paid to areas where branches might show unnatural doubling back or harsh angles that indicate a possible merging with another neuron.\n \n2. **Side View:**\n - This view provides a clearer picture of the neuron's branching patterns. Check for any sharp angles or deviations from smooth dendritic or axonal paths. Merge errors often result in unnatural structural forms, such as abrupt directions changes or an excessive number of branches.\n\n3. **Top View:**\n - Observe for branching patterns. This view allows for detecting inconsistencies where processes might unnaturally intersect or cluster, suggesting a possible merge.\n\nUpon analyzing the combined views, no obvious instances of axon doubling back or forming unnatural junctions are evident. The branching seems consistent with typical neuronal structures from all angles. The data does not display any unnatural patterns suggestive of a merge error, such as axonal tracks deviating abnormally or intersecting at odd angles in the focal region.\n\nThe segments appear to all correspond to processes from a single neuron, and no merge errors are detected based on the visual cues provided by the perspectives. Therefore, the segment isolation seems accurate without errors in this case.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data from three different perspectives: front, side, and top. We are tasked with identifying any merge errors within these views, which may suggest improper grouping of neuronal processes from different neurons.\n\n1. **Front View:**\n - The structure appears consistent with the intricate branching typical of a neuron. However, close attention should be paid to areas where branches might show unnatural doubling back or harsh angles that indicate a possible merging with another neuron.\n \n2. **Side View:**\n - This view provides a clearer picture of the neuron's branching patterns. Check for any sharp angles or deviations from smooth dendritic or axonal paths. Merge errors often result in unnatural structural forms, such as abrupt directions changes or an excessive number of branches.\n\n3. **Top View:**\n - Observe for branching patterns. This view allows for detecting inconsistencies where processes might unnaturally intersect or cluster, suggesting a possible merge.\n\nUpon analyzing the combined views, no obvious instances of axon doubling back or forming unnatural junctions are evident. The branching seems consistent with typical neuronal structures from all angles. The data does not display any unnatural patterns suggestive of a merge error, such as axonal tracks deviating abnormally or intersecting at odd angles in the focal region.\n\nThe segments appear to all correspond to processes from a single neuron, and no merge errors are detected based on the visual cues provided by the perspectives. Therefore, the segment isolation seems accurate without errors in this case.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194595148":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + } + }, + "prompt_options":[ + { + "id":"864691136194595148", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691136194595148_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136194595148_657730_549906_840661\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":88830 + }, + "merge_coords":"657730_549906_840661", + "zoom_margin":88830 + } + ], + "id":"864691135659152002" + }, + { + "task":"split_identification", + "operation_id":375683, + "timestamp":1650454629, + "merge_coords":[ + 745799.25, + 435482.25, + 968079.0 + ], + "interface_point":[ + 745799.25, + 435482.25, + 968079.0 + ], + "base_neuron_id":"864691136756118894", + "before_root_ids":[ + 864691136756118894 + ], + "after_root_ids":[ + 864691135781221968, + 864691135856128558 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the 3D segmentation from the front, side, and top perspectives, we observe the following:\n\n1. **Front View:**\n - The structure exhibits a branching pattern typical of neuronal axons.\n - No immediate signs of looping or abrupt changes in direction are evident.\n\n2. **Side View:**\n - The axonal processes extend linearly without doubling back on themselves.\n - There are no sharp ninety-degree angles at junctions which could signify unnatural merging.\n\n3. **Top View:**\n - The topology appears consistent, with continuous extension in a seemingly logical pattern.\n - There are no observable sudden bends or unusual right-angle formations.\n\nThrough these perspectives, there is no clear evidence of atypical axonal structure or abrupt directional changes indicative of a merge error. The processes align with the expected morphological characteristics of axonal and dendritic structures from a single neuron.\n\nConsidering the absence of the key indicators of merging errors (such as axonal doubling back or right-angle formations), it is unlikely that there is a merge error present in this segment.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the 3D segmentation from the front, side, and top perspectives, we observe the following:\n\n1. **Front View:**\n - The structure exhibits a branching pattern typical of neuronal axons.\n - No immediate signs of looping or abrupt changes in direction are evident.\n\n2. **Side View:**\n - The axonal processes extend linearly without doubling back on themselves.\n - There are no sharp ninety-degree angles at junctions which could signify unnatural merging.\n\n3. **Top View:**\n - The topology appears consistent, with continuous extension in a seemingly logical pattern.\n - There are no observable sudden bends or unusual right-angle formations.\n\nThrough these perspectives, there is no clear evidence of atypical axonal structure or abrupt directional changes indicative of a merge error. The processes align with the expected morphological characteristics of axonal and dendritic structures from a single neuron.\n\nConsidering the absence of the key indicators of merging errors (such as axonal doubling back or right-angle formations), it is unlikely that there is a merge error present in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136756118894":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + } + }, + "prompt_options":[ + { + "id":"864691136756118894", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + } + ], + "id":"864691136756118894" + }, + { + "task":"split_identification", + "operation_id":375683, + "timestamp":1650454629, + "merge_coords":[ + 745799.25, + 435482.25, + 968079.0 + ], + "interface_point":[ + 745799.25, + 435482.25, + 968079.0 + ], + "base_neuron_id":"864691136756118894", + "before_root_ids":[ + 864691136756118894 + ], + "after_root_ids":[ + 864691135781221968, + 864691135856128558 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\n\nBased on the images provided from the front, side, and top perspectives of the neuronal segment:\n\n1. **Front View**: The structure appears to exhibit a relatively continuous path, but there are sections where the path seems to intersect or loop back, which could indicate a merge error.\n\n2. **Side View**: The segment maintains an overall linear trajectory, but there are slight kinks or changes in direction that could suggest an unnatural merging of paths.\n\n3. **Top View**: There appear to be multiple loops or abrupt directional changes, which are characteristic of a merge error, such as when two axons have erroneously been combined into one.\n\nThe described aberrant structures such as doubling back and the formation of sharp angles are indicative of a potential merge error. The presence of these features, particularly around the center of the image, suggests that the segment may contain erroneously grouped processes from different neurons.\n\nGiven these observations from the three perspectives, it seems likely that there is indeed a merge error present.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Based on the images provided from the front, side, and top perspectives of the neuronal segment:\n\n1. **Front View**: The structure appears to exhibit a relatively continuous path, but there are sections where the path seems to intersect or loop back, which could indicate a merge error.\n\n2. **Side View**: The segment maintains an overall linear trajectory, but there are slight kinks or changes in direction that could suggest an unnatural merging of paths.\n\n3. **Top View**: There appear to be multiple loops or abrupt directional changes, which are characteristic of a merge error, such as when two axons have erroneously been combined into one.\n\nThe described aberrant structures such as doubling back and the formation of sharp angles are indicative of a potential merge error. The presence of these features, particularly around the center of the image, suggests that the segment may contain erroneously grouped processes from different neurons.\n\nGiven these observations from the three perspectives, it seems likely that there is indeed a merge error present.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136756118894":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + } + }, + "prompt_options":[ + { + "id":"864691136756118894", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691136756118894_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136756118894_745799_435482_968079\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":21672 + }, + "merge_coords":"745799_435482_968079", + "zoom_margin":21672 + } + ], + "id":"864691135659152002" + }, + { + "task":"split_identification", + "operation_id":376971, + "timestamp":1650609940, + "merge_coords":[ + 751128.0, + 431781.0, + 968163.0 + ], + "interface_point":[ + 751128.0, + 431781.0, + 968163.0 + ], + "base_neuron_id":"864691136811700078", + "before_root_ids":[ + 864691136811700078 + ], + "after_root_ids":[ + 864691135113600665, + 864691135348713943 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided represent different views (front, side, and top) of a 3D segmentation of neuronal data. Our goal is to determine whether there is a merge error, where axonal processes from different neurons may have been incorrectly grouped together. Key indicators of merge errors include:\n\n1. Axonal structures doubling back after branching.\n2. Axons forming unnatural ninety-degree angles when joined with another.\n\nIn analyzing the center of the images:\n- The overall pattern shows complex branching typical of a single neuron's processes rather than abrupt bends or unnatural angles.\n- There is no apparent evidence of doubling back in the axonal structure.\n- The branching appears smooth and continuous without sharp turns that might suggest a merge error.\n\nEach of the views (front, side, top) reinforces this conclusion, as the continuity and natural branching are consistent in all perspectives.\n\nTherefore, based on this examination, the segment does not exhibit any merge errors that require it to be split apart.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided represent different views (front, side, and top) of a 3D segmentation of neuronal data. Our goal is to determine whether there is a merge error, where axonal processes from different neurons may have been incorrectly grouped together. Key indicators of merge errors include:\n\n1. Axonal structures doubling back after branching.\n2. Axons forming unnatural ninety-degree angles when joined with another.\n\nIn analyzing the center of the images:\n- The overall pattern shows complex branching typical of a single neuron's processes rather than abrupt bends or unnatural angles.\n- There is no apparent evidence of doubling back in the axonal structure.\n- The branching appears smooth and continuous without sharp turns that might suggest a merge error.\n\nEach of the views (front, side, top) reinforces this conclusion, as the continuity and natural branching are consistent in all perspectives.\n\nTherefore, based on this examination, the segment does not exhibit any merge errors that require it to be split apart.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136811700078":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + } + }, + "prompt_options":[ + { + "id":"864691136811700078", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + } + ], + "id":"864691136811700078" + }, + { + "task":"split_identification", + "operation_id":376971, + "timestamp":1650609940, + "merge_coords":[ + 751128.0, + 431781.0, + 968163.0 + ], + "interface_point":[ + 751128.0, + 431781.0, + 968163.0 + ], + "base_neuron_id":"864691136811700078", + "before_root_ids":[ + 864691136811700078 + ], + "after_root_ids":[ + 864691135113600665, + 864691135348713943 + ], + "proofread_root_id":"864691135659152002", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we are examining a neuronal segment for potential merge errors. Merge errors occur when the segmentation algorithm incorrectly combines processes from different neurons. Key indicators of a merge error include axonal structures that exhibit non-typical behavior, such as doubling back or forming sharp angles.\n\nUpon reviewing the images:\n\n1. **Front View**: The structures appear mostly linear with slight branching, which is typical for axonal processes. However, some points exhibit abnormal angles that could suggest a merge error.\n\n2. **Side View**: The branches display a certain degree of parallelism, but there are instances where the processes intersect unusually, forming angles that might indicate a merging issue.\n\n3. **Top View**: Some segments deviate from the expected path, forming unusual shapes and angles that may align with the description of merge errors.\n\nConsidering the indicators of merge errors, such as the angles and potential path doubling within the center of the segmentation volume, it's plausible that the segmentation includes processes that should not belong together.\n\nGiven these observations, the segment should be split due to potential merge errors.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the provided images, we are examining a neuronal segment for potential merge errors. Merge errors occur when the segmentation algorithm incorrectly combines processes from different neurons. Key indicators of a merge error include axonal structures that exhibit non-typical behavior, such as doubling back or forming sharp angles.\n\nUpon reviewing the images:\n\n1. **Front View**: The structures appear mostly linear with slight branching, which is typical for axonal processes. However, some points exhibit abnormal angles that could suggest a merge error.\n\n2. **Side View**: The branches display a certain degree of parallelism, but there are instances where the processes intersect unusually, forming angles that might indicate a merging issue.\n\n3. **Top View**: Some segments deviate from the expected path, forming unusual shapes and angles that may align with the description of merge errors.\n\nConsidering the indicators of merge errors, such as the angles and potential path doubling within the center of the segmentation volume, it's plausible that the segmentation includes processes that should not belong together.\n\nGiven these observations, the segment should be split due to potential merge errors.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136811700078":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "864691135659152002":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + } + }, + "prompt_options":[ + { + "id":"864691136811700078", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691136811700078_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + }, + { + "id":"864691135659152002", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135659152002_864691136811700078_751128_431781_968163\/base_864691135659152002_zoomed_top.png" + }, + "em":null, + "zoom_margin":53172 + }, + "merge_coords":"751128_431781_968163", + "zoom_margin":53172 + } + ], + "id":"864691135659152002" + }, + { + "task":"split_identification", + "operation_id":320041, + "timestamp":1644700320, + "merge_coords":[ + 482937.0, + 977676.0, + 977224.5 + ], + "interface_point":[ + 482937.0, + 977676.0, + 977224.5 + ], + "base_neuron_id":"864691135687229408", + "before_root_ids":[ + 864691135687229408 + ], + "after_root_ids":[ + 864691135616182121, + 864691136388621687 + ], + "proofread_root_id":"864691135946994785", + "model":"gpt-4o", + "model_raw_answer":"\n\nTo analyze the 3D segmentation of neuronal data, we'll evaluate the structures visible in each perspective: front, side, and top.\n\n1. **Front View:**\n - The image shows a network of long, thin processes.\n - There are no obvious signs of abnormal structures like significant doubling back or sharp angles close to the branching points.\n\n2. **Side View:**\n - The side view provides a different perspective on the continuity of the processes.\n - Similar to the front view, the structures appear consistent without irregular sharp turns or doubling.\n\n3. **Top View:**\n - From above, the structures remain linear and coherent.\n - There are no unusual branch-offs that suggest merging errors with other neurons at the center of the segment.\n\nOverall, the evaluations from all three views do not provide clear evidence of merge errors. The processes remain fairly continuous and exhibit expected morphology for neuronal segments.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To analyze the 3D segmentation of neuronal data, we'll evaluate the structures visible in each perspective: front, side, and top.\n\n1. **Front View:**\n - The image shows a network of long, thin processes.\n - There are no obvious signs of abnormal structures like significant doubling back or sharp angles close to the branching points.\n\n2. **Side View:**\n - The side view provides a different perspective on the continuity of the processes.\n - Similar to the front view, the structures appear consistent without irregular sharp turns or doubling.\n\n3. **Top View:**\n - From above, the structures remain linear and coherent.\n - There are no unusual branch-offs that suggest merging errors with other neurons at the center of the segment.\n\nOverall, the evaluations from all three views do not provide clear evidence of merge errors. The processes remain fairly continuous and exhibit expected morphology for neuronal segments.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135687229408":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "864691135946994785":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + } + }, + "prompt_options":[ + { + "id":"864691135687229408", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + }, + { + "id":"864691135946994785", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + } + ], + "id":"864691135687229408" + }, + { + "task":"split_identification", + "operation_id":320041, + "timestamp":1644700320, + "merge_coords":[ + 482937.0, + 977676.0, + 977224.5 + ], + "interface_point":[ + 482937.0, + 977676.0, + 977224.5 + ], + "base_neuron_id":"864691135687229408", + "before_root_ids":[ + 864691135687229408 + ], + "after_root_ids":[ + 864691135616182121, + 864691136388621687 + ], + "proofread_root_id":"864691135946994785", + "model":"gpt-4o", + "model_raw_answer":"\nThe given images show a 3D segmentation of neuronal data from front, side, and top perspectives. I will analyze each view to detect possible merge errors, which may involve unnatural axonal structures such as doubling back or forming sharp angles.\n\nFrom the analysis:\n\n1. **Front View:**\n - There is discernible branching, which seems natural for dendritic and axonal processes. \n - No prominent signs of merging, like doubling back or sharp angles, are immediately visible.\n\n2. **Side View:**\n - Branching patterns continue to look typical with no evident sharp turns or perpendicular angles that could indicate merging errors.\n - The processes appear to extend in a consistent direction.\n\n3. **Top View:**\n - The branches maintain a natural execution, without abrupt changes in direction or suspicious junctions.\n - No sections notable for merging, like perpendicular intersections, are observed.\n\nAcross all views, the segment portrays a consistent and coherent branching structure that is typical for a single neuron. There is no indication of the aberrant structures typically associated with merge errors.\n\nBased on the data provided and the views analyzed, there are no evident signs of a merge error in this segment of neuronal data.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The given images show a 3D segmentation of neuronal data from front, side, and top perspectives. I will analyze each view to detect possible merge errors, which may involve unnatural axonal structures such as doubling back or forming sharp angles.\n\nFrom the analysis:\n\n1. **Front View:**\n - There is discernible branching, which seems natural for dendritic and axonal processes. \n - No prominent signs of merging, like doubling back or sharp angles, are immediately visible.\n\n2. **Side View:**\n - Branching patterns continue to look typical with no evident sharp turns or perpendicular angles that could indicate merging errors.\n - The processes appear to extend in a consistent direction.\n\n3. **Top View:**\n - The branches maintain a natural execution, without abrupt changes in direction or suspicious junctions.\n - No sections notable for merging, like perpendicular intersections, are observed.\n\nAcross all views, the segment portrays a consistent and coherent branching structure that is typical for a single neuron. There is no indication of the aberrant structures typically associated with merge errors.\n\nBased on the data provided and the views analyzed, there are no evident signs of a merge error in this segment of neuronal data.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135687229408":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "864691135946994785":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + } + }, + "prompt_options":[ + { + "id":"864691135687229408", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135687229408_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + }, + { + "id":"864691135946994785", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135687229408_864691135946994785_482937_977676_977224\/base_864691135946994785_zoomed_top.png" + }, + "em":null, + "zoom_margin":184506 + }, + "merge_coords":"482937_977676_977224", + "zoom_margin":184506 + } + ], + "id":"864691135946994785" + }, + { + "task":"split_identification", + "operation_id":526253, + "timestamp":1673598548, + "merge_coords":[ + 746004.0, + 693756.0, + 761712.0 + ], + "interface_point":[ + 746004.0, + 693756.0, + 761712.0 + ], + "base_neuron_id":"864691135511149520", + "before_root_ids":[ + 864691135511149520 + ], + "after_root_ids":[ + 864691135397063457, + 864691135441219400 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a linear structure typical of a neuronal process. The criteria for identifying merge errors include unusual doubling back or abrupt ninety-degree angles, suggesting that two distinct neuronal processes have been incorrectly segmented together.\n\n1. **Front View Analysis:**\n - The axon appears continuous with no abrupt changes in direction or notable branching that could indicate a merge error.\n - The texture and thickness are consistent throughout the segment.\n\n2. **Side View Analysis:**\n - The structure maintains a consistent trajectory without sudden angles or loops that could suggest a merge.\n - There are no signs of significant deviation from the primary line that might indicate a junction with another process.\n\n3. **Top View Analysis:**\n - The segment does not show any overlapping structures or sharp angles.\n - The continuity of the segment is preserved without excessive curvature or branching.\n\nOverall, the structure does not exhibit characteristics typically associated with merge errors. The axonal structure appears linear and consistent across all views, with no evidence of doubling back or abrupt angles.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show a linear structure typical of a neuronal process. The criteria for identifying merge errors include unusual doubling back or abrupt ninety-degree angles, suggesting that two distinct neuronal processes have been incorrectly segmented together.\n\n1. **Front View Analysis:**\n - The axon appears continuous with no abrupt changes in direction or notable branching that could indicate a merge error.\n - The texture and thickness are consistent throughout the segment.\n\n2. **Side View Analysis:**\n - The structure maintains a consistent trajectory without sudden angles or loops that could suggest a merge.\n - There are no signs of significant deviation from the primary line that might indicate a junction with another process.\n\n3. **Top View Analysis:**\n - The segment does not show any overlapping structures or sharp angles.\n - The continuity of the segment is preserved without excessive curvature or branching.\n\nOverall, the structure does not exhibit characteristics typically associated with merge errors. The axonal structure appears linear and consistent across all views, with no evidence of doubling back or abrupt angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135511149520":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135511149520", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + } + ], + "id":"864691135511149520" + }, + { + "task":"split_identification", + "operation_id":526253, + "timestamp":1673598548, + "merge_coords":[ + 746004.0, + 693756.0, + 761712.0 + ], + "interface_point":[ + 746004.0, + 693756.0, + 761712.0 + ], + "base_neuron_id":"864691135511149520", + "before_root_ids":[ + 864691135511149520 + ], + "after_root_ids":[ + 864691135397063457, + 864691135441219400 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the presented images from different perspectives:\n\n1. **Front View**: The structure appears to have a consistent thickness, but there are multiple protrusions that seem to branch off, typical of neuronal processes.\n\n2. **Side View**: The structure maintains a generally linear trajectory, yet there is a noticeable deviation in direction which might suggest a merge error.\n\n3. **Top View**: The contour of the structure includes some branches that may form sharp angles, raising the possibility of inappropriate merging of different processes.\n\nThe potential merge errors are characterized by irregular branching and noticeable directional changes. Particularly within connectomics data, these can manifest as the axon making abrupt bends or intersecting paths in the middle section, possibly indicative of merging from different neurons. The presence of these features suggests that there could be segments of the projection that have been incorrectly combined.\n\nGiven these observations, it seems likely that a merge error involving neuronal structures has occurred. \n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Examining the presented images from different perspectives:\n\n1. **Front View**: The structure appears to have a consistent thickness, but there are multiple protrusions that seem to branch off, typical of neuronal processes.\n\n2. **Side View**: The structure maintains a generally linear trajectory, yet there is a noticeable deviation in direction which might suggest a merge error.\n\n3. **Top View**: The contour of the structure includes some branches that may form sharp angles, raising the possibility of inappropriate merging of different processes.\n\nThe potential merge errors are characterized by irregular branching and noticeable directional changes. Particularly within connectomics data, these can manifest as the axon making abrupt bends or intersecting paths in the middle section, possibly indicative of merging from different neurons. The presence of these features suggests that there could be segments of the projection that have been incorrectly combined.\n\nGiven these observations, it seems likely that a merge error involving neuronal structures has occurred.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135511149520":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135511149520", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135511149520_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135511149520_746004_693756_761712\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"746004_693756_761712", + "zoom_margin":4096 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":775909, + "timestamp":1675661053, + "merge_coords":[ + 785606.0, + 676534.125, + 921131.9375 + ], + "interface_point":[ + 785606.0, + 676534.125, + 921131.9375 + ], + "base_neuron_id":"864691135749627177", + "before_root_ids":[ + 864691135749627177 + ], + "after_root_ids":[ + 864691136297849115, + 864691135346189471 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images present a 3D segmentation of neuronal processes, with the goal of identifying potential merge errors, which might be evident from unusual patterns in axonal structure, such as sharp angles or doubling back.\n\n1. **Front View:**\n - No clear sharp angles or doubling back within the central region of the image that would indicate a merge error is observed.\n\n2. **Side View:**\n - There is a consistent pattern of branching without obvious abnormalities in angles or path which could suggest a merge. \n\n3. **Top View:**\n - Similar to the front and side views, processes appear to be branching naturally without any peculiar angles or signs of merging with processes from another neuron.\n\nOverall, there are no significant indications of merge errors in these perspectives. The identified structure appears consistent with a single neuron's morphology, without aberrant features that would suggest a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images present a 3D segmentation of neuronal processes, with the goal of identifying potential merge errors, which might be evident from unusual patterns in axonal structure, such as sharp angles or doubling back.\n\n1. **Front View:**\n - No clear sharp angles or doubling back within the central region of the image that would indicate a merge error is observed.\n\n2. **Side View:**\n - There is a consistent pattern of branching without obvious abnormalities in angles or path which could suggest a merge. \n\n3. **Top View:**\n - Similar to the front and side views, processes appear to be branching naturally without any peculiar angles or signs of merging with processes from another neuron.\n\nOverall, there are no significant indications of merge errors in these perspectives. The identified structure appears consistent with a single neuron's morphology, without aberrant features that would suggest a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135749627177":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + } + }, + "prompt_options":[ + { + "id":"864691135749627177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + } + ], + "id":"864691135749627177" + }, + { + "task":"split_identification", + "operation_id":775909, + "timestamp":1675661053, + "merge_coords":[ + 785606.0, + 676534.125, + 921131.9375 + ], + "interface_point":[ + 785606.0, + 676534.125, + 921131.9375 + ], + "base_neuron_id":"864691135749627177", + "before_root_ids":[ + 864691135749627177 + ], + "after_root_ids":[ + 864691136297849115, + 864691135346189471 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the images from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View**: There are multiple branches extending from a central soma. The branching pattern appears typical for a neuron, but attention needs to be paid to any irregular connections or abrupt angles.\n\n2. **Side View**: The extensions from the soma look consistent. There is a complex network of branches, yet no immediate evidence of the axon doubling back or forming unnatural angles is observed.\n\n3. **Top View**: The branches maintain a consistent pattern indicative of normal neuronal morphology, without any visible ninety-degree angles that might indicate a merger error.\n\nAcross all views, the morphology appears continuous and coherent. There are no apparent signs of merger errors such as abrupt doubling back or obvious ninety-degree angles suggesting processes from different neurons have been incorrectly grouped together.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View**: There are multiple branches extending from a central soma. The branching pattern appears typical for a neuron, but attention needs to be paid to any irregular connections or abrupt angles.\n\n2. **Side View**: The extensions from the soma look consistent. There is a complex network of branches, yet no immediate evidence of the axon doubling back or forming unnatural angles is observed.\n\n3. **Top View**: The branches maintain a consistent pattern indicative of normal neuronal morphology, without any visible ninety-degree angles that might indicate a merger error.\n\nAcross all views, the morphology appears continuous and coherent. There are no apparent signs of merger errors such as abrupt doubling back or obvious ninety-degree angles suggesting processes from different neurons have been incorrectly grouped together.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135749627177":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + } + }, + "prompt_options":[ + { + "id":"864691135749627177", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135749627177_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135749627177_785606_676534_921131\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":138180 + }, + "merge_coords":"785606_676534_921131", + "zoom_margin":138180 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":775920, + "timestamp":1675661095, + "merge_coords":[ + 787069.5, + 676672.5, + 920976.0 + ], + "interface_point":[ + 787069.5, + 676672.5, + 920976.0 + ], + "base_neuron_id":"864691136297849115", + "before_root_ids":[ + 864691136297849115 + ], + "after_root_ids":[ + 864691135889659785, + 864691136310724442 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided images of the neuronal segment from front, side, and top perspectives, I observe the following:\n\n1. **Front View:**\n - The structure appears intertwined with several branches extending in different directions.\n - No evident signs of an axon doubling back sharply after branching off are visible.\n\n2. **Side View:**\n - The axon trajectory seems consistent without abrupt angular changes.\n - No noticeable ninety-degree angle formations suggesting a merge error with another axon.\n\n3. **Top View:**\n - The branching pattern looks coherent with the typical morphology of a single neuron's axonal and dendritic pathways.\n - The central region does not show signs of unusual merging or structural anomalies.\n\nOverall, none of the views display characteristics typical of a merge error, such as branches sharply deviating from their paths or inappropriate joining of segments indicating a mix of different neurons.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images of the neuronal segment from front, side, and top perspectives, I observe the following:\n\n1. **Front View:**\n - The structure appears intertwined with several branches extending in different directions.\n - No evident signs of an axon doubling back sharply after branching off are visible.\n\n2. **Side View:**\n - The axon trajectory seems consistent without abrupt angular changes.\n - No noticeable ninety-degree angle formations suggesting a merge error with another axon.\n\n3. **Top View:**\n - The branching pattern looks coherent with the typical morphology of a single neuron's axonal and dendritic pathways.\n - The central region does not show signs of unusual merging or structural anomalies.\n\nOverall, none of the views display characteristics typical of a merge error, such as branches sharply deviating from their paths or inappropriate joining of segments indicating a mix of different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136297849115":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + } + }, + "prompt_options":[ + { + "id":"864691136297849115", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + } + ], + "id":"864691136297849115" + }, + { + "task":"split_identification", + "operation_id":775920, + "timestamp":1675661095, + "merge_coords":[ + 787069.5, + 676672.5, + 920976.0 + ], + "interface_point":[ + 787069.5, + 676672.5, + 920976.0 + ], + "base_neuron_id":"864691136297849115", + "before_root_ids":[ + 864691136297849115 + ], + "after_root_ids":[ + 864691135889659785, + 864691136310724442 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the provided images from the three different perspectives (front, side, top), we are looking for signs of merge errors, which can be characterized by certain structural anomalies:\n\n1. **Front View**: The branching pattern appears relatively continuous without obvious aberrations like an axon doubling back. \n\n2. **Side View**: There do not appear to be any sharp ninety-degree angles or unexpected turns that would suggest a merging of two different neurons. The continuity of the branches seems appropriate.\n\n3. **Top View**: The structure appears consistent with a single neuron. No abrupt changes in direction or overlapping branches indicating a potential merge error are present.\n\nOverall, none of the views exhibit the typical merge error characteristics such as axons doubling back, forming sharp angles, or showing irregular connections that could hint at processes from different neurons being grouped together. The morphology appears to be in line with that of a single neuron\u2019s processes, maintaining a smooth and natural branching pattern across all views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided images from the three different perspectives (front, side, top), we are looking for signs of merge errors, which can be characterized by certain structural anomalies:\n\n1. **Front View**: The branching pattern appears relatively continuous without obvious aberrations like an axon doubling back. \n\n2. **Side View**: There do not appear to be any sharp ninety-degree angles or unexpected turns that would suggest a merging of two different neurons. The continuity of the branches seems appropriate.\n\n3. **Top View**: The structure appears consistent with a single neuron. No abrupt changes in direction or overlapping branches indicating a potential merge error are present.\n\nOverall, none of the views exhibit the typical merge error characteristics such as axons doubling back, forming sharp angles, or showing irregular connections that could hint at processes from different neurons being grouped together. The morphology appears to be in line with that of a single neuron\u2019s processes, maintaining a smooth and natural branching pattern across all views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136297849115":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + } + }, + "prompt_options":[ + { + "id":"864691136297849115", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691136297849115_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297849115_787069_676672_920976\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":81480 + }, + "merge_coords":"787069_676672_920976", + "zoom_margin":81480 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":776837, + "timestamp":1675670705, + "merge_coords":[ + 787279.5, + 688138.5, + 820911.0 + ], + "interface_point":[ + 787279.5, + 688138.5, + 820911.0 + ], + "base_neuron_id":"864691135101004320", + "before_root_ids":[ + 864691135101004320 + ], + "after_root_ids":[ + 864691135759503950, + 864691135725282987 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images show a 3D segment from different perspectives: front, side, and top. Here\u2019s a breakdown of potential merge errors:\n\n1. **Front View**: \n - The structure appears elongated with some irregularities, but it's challenging to discern any clear 90-degree angles or doubling back based solely on this view.\n \n2. **Side View**:\n - The segment reveals a more pronounced curve, but it doesn\u2019t exhibit distinct doubling back or abrupt right-angle formations typical of merge errors.\n\n3. **Top View**:\n - The segment has an irregular shape but, again, lacks definitive signs of a merge error like sharp angles or backward pathing.\n\nAcross all views, the segment maintains a generally continuous, albeit irregular, geometry without the typical signs of axonal doubling back or sharp 90-degree angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segment from different perspectives: front, side, and top. Here\u2019s a breakdown of potential merge errors:\n\n1. **Front View**: \n - The structure appears elongated with some irregularities, but it's challenging to discern any clear 90-degree angles or doubling back based solely on this view.\n \n2. **Side View**:\n - The segment reveals a more pronounced curve, but it doesn\u2019t exhibit distinct doubling back or abrupt right-angle formations typical of merge errors.\n\n3. **Top View**:\n - The segment has an irregular shape but, again, lacks definitive signs of a merge error like sharp angles or backward pathing.\n\nAcross all views, the segment maintains a generally continuous, albeit irregular, geometry without the typical signs of axonal doubling back or sharp 90-degree angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135101004320":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135101004320", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + } + ], + "id":"864691135101004320" + }, + { + "task":"split_identification", + "operation_id":776837, + "timestamp":1675670705, + "merge_coords":[ + 787279.5, + 688138.5, + 820911.0 + ], + "interface_point":[ + 787279.5, + 688138.5, + 820911.0 + ], + "base_neuron_id":"864691135101004320", + "before_root_ids":[ + 864691135101004320 + ], + "after_root_ids":[ + 864691135759503950, + 864691135725282987 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show a 3D representation of a neuronal segment viewed from different angles (front, side, and top). To determine if there is a merge error, I look for characteristics indicative of such errors, including:\n\n1. **Aberrant Axonal Structure**: Checking for signs of doubling back or unusual looping.\n2. **Ninety Degree Angles**: Examining any sharp, right-angle turns, which can suggest a misconnection between different neuronal processes.\n\nIn the views provided:\n- **Front View**: There appears to be some irregular branching, but no clear doubling back of the process.\n- **Side View**: The structure seems relatively continuous without abrupt changes in direction.\n- **Top View**: Again, the orientation and shape do not demonstrate obvious right-angle connections suggestive of an unintended merge.\n\nBased on the analysis of these views, there are no apparent signs of merging errors typical of a misclassified segment involving multiple neurons. The segment appears to be part of a single neuronal process.\n\nTherefore, there is no evidence of a significant merge error that would require splitting the segment.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"The provided images show a 3D representation of a neuronal segment viewed from different angles (front, side, and top). To determine if there is a merge error, I look for characteristics indicative of such errors, including:\n\n1. **Aberrant Axonal Structure**: Checking for signs of doubling back or unusual looping.\n2. **Ninety Degree Angles**: Examining any sharp, right-angle turns, which can suggest a misconnection between different neuronal processes.\n\nIn the views provided:\n- **Front View**: There appears to be some irregular branching, but no clear doubling back of the process.\n- **Side View**: The structure seems relatively continuous without abrupt changes in direction.\n- **Top View**: Again, the orientation and shape do not demonstrate obvious right-angle connections suggestive of an unintended merge.\n\nBased on the analysis of these views, there are no apparent signs of merging errors typical of a misclassified segment involving multiple neurons. The segment appears to be part of a single neuronal process.\n\nTherefore, there is no evidence of a significant merge error that would require splitting the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135101004320":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135101004320", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135101004320_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135101004320_864691135336108265_787279_688138_820911\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"787279_688138_820911", + "zoom_margin":4096 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":776907, + "timestamp":1675671157, + "merge_coords":[ + 822885.0, + 665889.0, + 823536.0 + ], + "interface_point":[ + 822885.0, + 665889.0, + 823536.0 + ], + "base_neuron_id":"864691135561044676", + "before_root_ids":[ + 864691135561044676 + ], + "after_root_ids":[ + 864691135838298771, + 864691135615161803 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of neuronal data with front, side, and top views. The structure appears complex, and the branching patterns are visible in these perspectives.\n\n- **Front View:** The structure exhibits branching, but I don\u2019t see any obvious signs of axonal doubling back or sharp angles that would suggest a merge error.\n \n- **Side View:** Branches appear to extend naturally without abrupt changes in direction that might indicate inappropriate merging of separate neurons.\n \n- **Top View:** The branches maintain a coherent directional flow. Again, there are no sharp angles or reversed paths that typically characterize merge errors.\n\nOverall, the neuronal process seems continuous without noticeable aberrations that typically suggest a merge error in the segmentation process. The patterns of branching appear consistent and organic.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of neuronal data with front, side, and top views. The structure appears complex, and the branching patterns are visible in these perspectives.\n\n- **Front View:** The structure exhibits branching, but I don\u2019t see any obvious signs of axonal doubling back or sharp angles that would suggest a merge error.\n \n- **Side View:** Branches appear to extend naturally without abrupt changes in direction that might indicate inappropriate merging of separate neurons.\n \n- **Top View:** The branches maintain a coherent directional flow. Again, there are no sharp angles or reversed paths that typically characterize merge errors.\n\nOverall, the neuronal process seems continuous without noticeable aberrations that typically suggest a merge error in the segmentation process. The patterns of branching appear consistent and organic.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135561044676":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + } + }, + "prompt_options":[ + { + "id":"864691135561044676", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + } + ], + "id":"864691135561044676" + }, + { + "task":"split_identification", + "operation_id":776907, + "timestamp":1675671157, + "merge_coords":[ + 822885.0, + 665889.0, + 823536.0 + ], + "interface_point":[ + 822885.0, + 665889.0, + 823536.0 + ], + "base_neuron_id":"864691135561044676", + "before_root_ids":[ + 864691135561044676 + ], + "after_root_ids":[ + 864691135838298771, + 864691135615161803 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show 3D representations of neuronal data from three perspectives: front, side, and top. The primary focus is on identifying potential merge errors, which may occur when structures from different neurons are mistakenly combined.\n\n1. **Front View Analysis:**\n - The structure appears complex with numerous branches extending outward.\n - No obvious signs of axonal doubling back or inappropriate branching angles from this perspective.\n\n2. **Side View Analysis:**\n - The side view reveals the vertical extent of the structure.\n - There are no visible instances of unusual angles or crossings that suggest merged structures from different neurons.\n\n3. **Top View Analysis:**\n - The top view provides a plan view of the branching network.\n - Again, there is no clear evidence of doubling back or ninety-degree angles, which are typical indicators of merge errors.\n\nOverall, based on the three views, the structure resembles an intricate but consistently patterned neuronal arbor, typical for either dendritic or axonal networks of a single neuron. There are no apparent anomalies or inconsistencies that would suggest improper merging.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show 3D representations of neuronal data from three perspectives: front, side, and top. The primary focus is on identifying potential merge errors, which may occur when structures from different neurons are mistakenly combined.\n\n1. **Front View Analysis:**\n - The structure appears complex with numerous branches extending outward.\n - No obvious signs of axonal doubling back or inappropriate branching angles from this perspective.\n\n2. **Side View Analysis:**\n - The side view reveals the vertical extent of the structure.\n - There are no visible instances of unusual angles or crossings that suggest merged structures from different neurons.\n\n3. **Top View Analysis:**\n - The top view provides a plan view of the branching network.\n - Again, there is no clear evidence of doubling back or ninety-degree angles, which are typical indicators of merge errors.\n\nOverall, based on the three views, the structure resembles an intricate but consistently patterned neuronal arbor, typical for either dendritic or axonal networks of a single neuron. There are no apparent anomalies or inconsistencies that would suggest improper merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135561044676":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + } + }, + "prompt_options":[ + { + "id":"864691135561044676", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135561044676_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135561044676_822885_665889_823536\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":156156 + }, + "merge_coords":"822885_665889_823536", + "zoom_margin":156156 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":777104, + "timestamp":1675672456, + "merge_coords":[ + 789237.75, + 654318.0, + 841065.75 + ], + "interface_point":[ + 789237.75, + 654318.0, + 841065.75 + ], + "base_neuron_id":"864691135416248202", + "before_root_ids":[ + 864691135416248202 + ], + "after_root_ids":[ + 864691135684438514, + 864691135495293840 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal data from three perspectives: front, side, and top. In analyzing them, we look for signs of merge errors, which can include unusual branching patterns or abrupt angular changes in the axonal structure that are not typical for a single neuron's processes.\n\n1. **Front View**: The segment appears to follow a somewhat linear path with some branches. However, there aren\u2019t obvious signs of merging such as a doubling-back of the axon immediately after a branch.\n\n2. **Side View**: This view reveals a more irregular path with sharper angles, but these are not definitive indications of merge errors unless they present as distinct unnatural formations like 90-degree turns where branching is inappropriate.\n\n3. **Top View**: Similar to the front view, the segment maintains continuity with natural branch-like structures. No distinct signs of merging with another neuron at unusual angles are visible.\n\nThroughout the images, none of the perspectives strongly exhibit the structural abnormalities typically associated with merge errors. The paths and branches shown maintain consistency that one could reasonably attribute to a single neuron\u2019s axonal and dendritic processes.\n\nGiven the analysis of the images and the requirement to detect merging errors, there does not appear to be sufficient evidence in the provided 3D segment to conclude that a merge error is present.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data from three perspectives: front, side, and top. In analyzing them, we look for signs of merge errors, which can include unusual branching patterns or abrupt angular changes in the axonal structure that are not typical for a single neuron's processes.\n\n1. **Front View**: The segment appears to follow a somewhat linear path with some branches. However, there aren\u2019t obvious signs of merging such as a doubling-back of the axon immediately after a branch.\n\n2. **Side View**: This view reveals a more irregular path with sharper angles, but these are not definitive indications of merge errors unless they present as distinct unnatural formations like 90-degree turns where branching is inappropriate.\n\n3. **Top View**: Similar to the front view, the segment maintains continuity with natural branch-like structures. No distinct signs of merging with another neuron at unusual angles are visible.\n\nThroughout the images, none of the perspectives strongly exhibit the structural abnormalities typically associated with merge errors. The paths and branches shown maintain consistency that one could reasonably attribute to a single neuron\u2019s axonal and dendritic processes.\n\nGiven the analysis of the images and the requirement to detect merging errors, there does not appear to be sufficient evidence in the provided 3D segment to conclude that a merge error is present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135416248202":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + } + }, + "prompt_options":[ + { + "id":"864691135416248202", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + } + ], + "id":"864691135416248202" + }, + { + "task":"split_identification", + "operation_id":777104, + "timestamp":1675672456, + "merge_coords":[ + 789237.75, + 654318.0, + 841065.75 + ], + "interface_point":[ + 789237.75, + 654318.0, + 841065.75 + ], + "base_neuron_id":"864691135416248202", + "before_root_ids":[ + 864691135416248202 + ], + "after_root_ids":[ + 864691135684438514, + 864691135495293840 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images depict a segment of neuronal data with a focus on identifying potential merge errors. The axonal structures need to be evaluated for abnormal characteristics such as doubling back or forming sharp angles.\n\n1. **Front View**: This image shows a generally continuous pattern, but there are points where branches seem to diverge closely, which could indicate potential points of merging if they rejoin unexpectedly.\n\n2. **Side View**: The branches appear to have some curvature, but no immediate doubling back or sharp angles that would indicate a merge error are visibly apparent at a first glance.\n\n3. **Top View**: Another perspective showing the continuation of the branching pattern. There are no obvious sharp turns or doubling back of processes, typically indicative of merge errors.\n\nMerging errors usually manifest at junctions where it should be one continuous branch but appear like an abrupt connection with another segment, often with unusual angles. In these images, there does not seem to be any clear merge errors based on the presented characteristics.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images depict a segment of neuronal data with a focus on identifying potential merge errors. The axonal structures need to be evaluated for abnormal characteristics such as doubling back or forming sharp angles.\n\n1. **Front View**: This image shows a generally continuous pattern, but there are points where branches seem to diverge closely, which could indicate potential points of merging if they rejoin unexpectedly.\n\n2. **Side View**: The branches appear to have some curvature, but no immediate doubling back or sharp angles that would indicate a merge error are visibly apparent at a first glance.\n\n3. **Top View**: Another perspective showing the continuation of the branching pattern. There are no obvious sharp turns or doubling back of processes, typically indicative of merge errors.\n\nMerging errors usually manifest at junctions where it should be one continuous branch but appear like an abrupt connection with another segment, often with unusual angles. In these images, there does not seem to be any clear merge errors based on the presented characteristics.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135416248202":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + } + }, + "prompt_options":[ + { + "id":"864691135416248202", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135416248202_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135416248202_789237_654318_841065\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":24780 + }, + "merge_coords":"789237_654318_841065", + "zoom_margin":24780 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":777488, + "timestamp":1675674502, + "merge_coords":[ + 712033.875, + 681452.625, + 775965.75 + ], + "interface_point":[ + 712033.875, + 681452.625, + 775965.75 + ], + "base_neuron_id":"864691136297852187", + "before_root_ids":[ + 864691136297852187 + ], + "after_root_ids":[ + 864691136452093439, + 864691136362602978 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a 3D segmentation of a neuronal structure presented from three perspectives: front, side, and top. In analyzing these images, we are looking for indications of merge errors, such as the axonal process doubling back after branching off or forming an unusual ninety-degree angle when joined with another.\n\n**Front View**:\n- The structure appears to extend mostly linearly with some branching visible. There is no obvious doubling back or sharp angles suggesting a merge at the center.\n\n**Side View**:\n- This view shows a similarly linear path with small offshoots. Again, no apparent signs of the axon doubling back or sharply joining with another structure at a right angle.\n\n**Top View**:\n- The top view confirms the observations from the other perspectives. The paths remain linear without forming sharp, unusual angles or doubling back.\n\nIn examining the middle portion of the structure across all views, the linear continuity and branching appear consistent and do not exhibit typical symptoms of a merge error, such as aberrant angles or looping back on itself.\n\nOverall, the segment displays a consistent morphological structure typical of a single neuron\u2019s branching, indicating that no merge error is present in the center of the image.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D segmentation of a neuronal structure presented from three perspectives: front, side, and top. In analyzing these images, we are looking for indications of merge errors, such as the axonal process doubling back after branching off or forming an unusual ninety-degree angle when joined with another.\n\n**Front View**:\n- The structure appears to extend mostly linearly with some branching visible. There is no obvious doubling back or sharp angles suggesting a merge at the center.\n\n**Side View**:\n- This view shows a similarly linear path with small offshoots. Again, no apparent signs of the axon doubling back or sharply joining with another structure at a right angle.\n\n**Top View**:\n- The top view confirms the observations from the other perspectives. The paths remain linear without forming sharp, unusual angles or doubling back.\n\nIn examining the middle portion of the structure across all views, the linear continuity and branching appear consistent and do not exhibit typical symptoms of a merge error, such as aberrant angles or looping back on itself.\n\nOverall, the segment displays a consistent morphological structure typical of a single neuron\u2019s branching, indicating that no merge error is present in the center of the image.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136297852187":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + } + }, + "prompt_options":[ + { + "id":"864691136297852187", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + } + ], + "id":"864691136297852187" + }, + { + "task":"split_identification", + "operation_id":777488, + "timestamp":1675674502, + "merge_coords":[ + 712033.875, + 681452.625, + 775965.75 + ], + "interface_point":[ + 712033.875, + 681452.625, + 775965.75 + ], + "base_neuron_id":"864691136297852187", + "before_root_ids":[ + 864691136297852187 + ], + "after_root_ids":[ + 864691136452093439, + 864691136362602978 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images depict the segmentation of a neuron from three different perspectives: front, side, and top. The objective is to identify any merge errors, which are often characterized by unnatural formations such as axons doubling back or forming abrupt angles.\n\n1. **Front View:**\n - The branches seem to extend outward naturally with a few bifurcations.\n - No immediate indications of doubling back or sharp angles that suggest merger with another neuron.\n\n2. **Side View:**\n - The branches have a generally consistent pattern and direction.\n - There do not appear to be any abrupt 90-degree angles or unnatural formations.\n\n3. **Top View:**\n - Similar to the front view, the extensions are smooth and continuous.\n - The branches extend radially without apparent deviation that would signal a merge error.\n\nConsidering these observations across all three perspectives, the segment appears consistent with a single neuron without obvious signs of a merge error in the central region of the image.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images depict the segmentation of a neuron from three different perspectives: front, side, and top. The objective is to identify any merge errors, which are often characterized by unnatural formations such as axons doubling back or forming abrupt angles.\n\n1. **Front View:**\n - The branches seem to extend outward naturally with a few bifurcations.\n - No immediate indications of doubling back or sharp angles that suggest merger with another neuron.\n\n2. **Side View:**\n - The branches have a generally consistent pattern and direction.\n - There do not appear to be any abrupt 90-degree angles or unnatural formations.\n\n3. **Top View:**\n - Similar to the front view, the extensions are smooth and continuous.\n - The branches extend radially without apparent deviation that would signal a merge error.\n\nConsidering these observations across all three perspectives, the segment appears consistent with a single neuron without obvious signs of a merge error in the central region of the image.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136297852187":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + } + }, + "prompt_options":[ + { + "id":"864691136297852187", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691136297852187_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136297852187_712033_681452_775965\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":30408 + }, + "merge_coords":"712033_681452_775965", + "zoom_margin":30408 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":777753, + "timestamp":1675675893, + "merge_coords":[ + 724342.5, + 732354.0, + 884793.0 + ], + "interface_point":[ + 724342.5, + 732354.0, + 884793.0 + ], + "base_neuron_id":"864691136312894013", + "before_root_ids":[ + 864691136312894013 + ], + "after_root_ids":[ + 864691135700327714, + 864691135856954414 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the provided images, there are several key aspects to consider in identifying potential merge errors in neuronal morphology:\n\n1. **Front View:**\n - The branches appear to extend away from a central point. There is a clear bifurcation, but no obvious signs of axons bending back or forming unnatural angles at the center.\n\n2. **Side View:**\n - The side view shows the branches extending without doubling back. The trajectory of the segments appears fairly consistent, with no abrupt or sharp angles.\n\n3. **Top View:**\n - The top view reveals a spreading pattern that also does not exhibit unusual turns or angles. The segments seem to branch out naturally from the center.\n\nAcross all views, there are no signs of the axon doubling back or forming sharp 90-degree angles that are indicative of merge errors. The branching patterns appear consistent with typical neuronal structures, suggesting no inappropriate merges.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the provided images, there are several key aspects to consider in identifying potential merge errors in neuronal morphology:\n\n1. **Front View:**\n - The branches appear to extend away from a central point. There is a clear bifurcation, but no obvious signs of axons bending back or forming unnatural angles at the center.\n\n2. **Side View:**\n - The side view shows the branches extending without doubling back. The trajectory of the segments appears fairly consistent, with no abrupt or sharp angles.\n\n3. **Top View:**\n - The top view reveals a spreading pattern that also does not exhibit unusual turns or angles. The segments seem to branch out naturally from the center.\n\nAcross all views, there are no signs of the axon doubling back or forming sharp 90-degree angles that are indicative of merge errors. The branching patterns appear consistent with typical neuronal structures, suggesting no inappropriate merges.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136312894013":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + } + }, + "prompt_options":[ + { + "id":"864691136312894013", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + } + ], + "id":"864691136312894013" + }, + { + "task":"split_identification", + "operation_id":777753, + "timestamp":1675675893, + "merge_coords":[ + 724342.5, + 732354.0, + 884793.0 + ], + "interface_point":[ + 724342.5, + 732354.0, + 884793.0 + ], + "base_neuron_id":"864691136312894013", + "before_root_ids":[ + 864691136312894013 + ], + "after_root_ids":[ + 864691135700327714, + 864691135856954414 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a portion of neuronal segmentation from three different perspectives: front, side, and top. To evaluate the possibility of a merge error, which would indicate processes from different neurons being incorrectly grouped together, certain features should be observed:\n\n1. **Axonal Branching:** Any unusual doubling back of axonal structures after branching could suggest a merge error. In the images, one should look for axons that seem to double back on themselves unnaturally.\n\n2. **Ninety Degree Angles:** Axons typically do not form abrupt ninety-degree angles. Such formations might suggest an inappropriate merging of processes from separate neurons.\n\nUpon examining the provided images:\n- In the **front view**, there are multiple branches seen diverging and meandering in directions that appear coherent and typical for dendritic structures.\n- In the **side view**, the structures appear to maintain a consistent directionality without any abrupt bends or doubling back.\n- The **top view** does not reveal any prominent feature indicating a sharp ninety-degree turn or doubled-back axon.\n\nThroughout the center of the images, where the focus is, there is no clear evidence of either axon doubling back or forming an unnatural ninety-degree angle that could indicate a merge error. The branching appears consistent with the natural morphology of a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a portion of neuronal segmentation from three different perspectives: front, side, and top. To evaluate the possibility of a merge error, which would indicate processes from different neurons being incorrectly grouped together, certain features should be observed:\n\n1. **Axonal Branching:** Any unusual doubling back of axonal structures after branching could suggest a merge error. In the images, one should look for axons that seem to double back on themselves unnaturally.\n\n2. **Ninety Degree Angles:** Axons typically do not form abrupt ninety-degree angles. Such formations might suggest an inappropriate merging of processes from separate neurons.\n\nUpon examining the provided images:\n- In the **front view**, there are multiple branches seen diverging and meandering in directions that appear coherent and typical for dendritic structures.\n- In the **side view**, the structures appear to maintain a consistent directionality without any abrupt bends or doubling back.\n- The **top view** does not reveal any prominent feature indicating a sharp ninety-degree turn or doubled-back axon.\n\nThroughout the center of the images, where the focus is, there is no clear evidence of either axon doubling back or forming an unnatural ninety-degree angle that could indicate a merge error. The branching appears consistent with the natural morphology of a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136312894013":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + } + }, + "prompt_options":[ + { + "id":"864691136312894013", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691136312894013_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691136312894013_724342_732354_884793\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":33558 + }, + "merge_coords":"724342_732354_884793", + "zoom_margin":33558 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":786763, + "timestamp":1675845022, + "merge_coords":[ + 634511.5, + 611474.5, + 922029.5 + ], + "interface_point":[ + 634511.5, + 611474.5, + 922029.5 + ], + "base_neuron_id":"864691135576354100", + "before_root_ids":[ + 864691135576354100 + ], + "after_root_ids":[ + 864691135463511965, + 864691134918464010 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentation images, I am looking for signs of merge errors, which would be indicated by abnormal structures such as an axon doubling back on itself or forming sharp angles that suggest an incorrect joining of segments.\n\n1. **Front View Analysis**:\n - The structure appears elongated and continuous with several minor branches.\n - There is no evident doubling back or abnormal curvature that suggests a merge error from this perspective.\n\n2. **Side View Analysis**:\n - This view shows the segment more spread out and appears consistent with a single neuron\u2019s process.\n - No sudden angles or doubling back are visible, which rules out obvious merge errors in this view.\n\n3. **Top View Analysis**:\n - The structure follows a relatively straight path with natural branching.\n - There are no abrupt angles or signs of unnatural connections.\n\nOverall, from the three views provided, the segment does not show obvious signs of merge errors such as unexpected sharp angles or overlapping paths that do not match the expected morphology of a neuron. Therefore, this segment appears to be intact and not inappropriately merged with another.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentation images, I am looking for signs of merge errors, which would be indicated by abnormal structures such as an axon doubling back on itself or forming sharp angles that suggest an incorrect joining of segments.\n\n1. **Front View Analysis**:\n - The structure appears elongated and continuous with several minor branches.\n - There is no evident doubling back or abnormal curvature that suggests a merge error from this perspective.\n\n2. **Side View Analysis**:\n - This view shows the segment more spread out and appears consistent with a single neuron\u2019s process.\n - No sudden angles or doubling back are visible, which rules out obvious merge errors in this view.\n\n3. **Top View Analysis**:\n - The structure follows a relatively straight path with natural branching.\n - There are no abrupt angles or signs of unnatural connections.\n\nOverall, from the three views provided, the segment does not show obvious signs of merge errors such as unexpected sharp angles or overlapping paths that do not match the expected morphology of a neuron. Therefore, this segment appears to be intact and not inappropriately merged with another.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135576354100":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + } + }, + "prompt_options":[ + { + "id":"864691135576354100", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + } + ], + "id":"864691135576354100" + }, + { + "task":"split_identification", + "operation_id":786763, + "timestamp":1675845022, + "merge_coords":[ + 634511.5, + 611474.5, + 922029.5 + ], + "interface_point":[ + 634511.5, + 611474.5, + 922029.5 + ], + "base_neuron_id":"864691135576354100", + "before_root_ids":[ + 864691135576354100 + ], + "after_root_ids":[ + 864691135463511965, + 864691134918464010 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are looking for signs of merge errors within the neuronal segmentation. Merge errors typically manifest as unusual structural features, such as abrupt changes in direction or seemingly unnatural connections between segments.\n\nExamining each view:\n\n- **Front View**: The segment appears to have a relatively smooth path without abrupt changes. However, there is a noticeable hooked structure in the upper region, which could suggest a merge error, but it\u2019s not definitive without additional context.\n\n- **Side View**: Here, the structure seems to maintain a mostly consistent path. There\u2019s a minor deviation but nothing that strongly suggests an unnatural connection.\n\n- **Top View**: Similar to the front and side views, the segment is mainly linear. The curvature does not present any sharp angles or doubling back that would definitively indicate a merge error.\n\nOverall, the images do not present strong evidence of a merge error, as the structures are mostly continuous and consistent across views. There are no significant abrupt angles or unnatural connections in the center region of the segment.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are looking for signs of merge errors within the neuronal segmentation. Merge errors typically manifest as unusual structural features, such as abrupt changes in direction or seemingly unnatural connections between segments.\n\nExamining each view:\n\n- **Front View**: The segment appears to have a relatively smooth path without abrupt changes. However, there is a noticeable hooked structure in the upper region, which could suggest a merge error, but it\u2019s not definitive without additional context.\n\n- **Side View**: Here, the structure seems to maintain a mostly consistent path. There\u2019s a minor deviation but nothing that strongly suggests an unnatural connection.\n\n- **Top View**: Similar to the front and side views, the segment is mainly linear. The curvature does not present any sharp angles or doubling back that would definitively indicate a merge error.\n\nOverall, the images do not present strong evidence of a merge error, as the structures are mostly continuous and consistent across views. There are no significant abrupt angles or unnatural connections in the center region of the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135576354100":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + } + }, + "prompt_options":[ + { + "id":"864691135576354100", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135576354100_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135576354100_634511_611474_922029\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":16380 + }, + "merge_coords":"634511_611474_922029", + "zoom_margin":16380 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":788692, + "timestamp":1675861189, + "merge_coords":[ + 825898.5, + 692695.5, + 761974.5 + ], + "interface_point":[ + 825898.5, + 692695.5, + 761974.5 + ], + "base_neuron_id":"864691135702498817", + "before_root_ids":[ + 864691135702498817 + ], + "after_root_ids":[ + 864691135954880520, + 864691136452140543 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation of neuronal morphology, the possibility of merge errors introduced by the algorithm needs careful examination. Let's consider each view:\n\n1. **Front View:** The structure appears to have multiple branches without any apparent doubling back or unusual sharp angles, although some branches are quite extensive.\n\n2. **Side View:** Here again, there is a complex branching pattern, but it seems to maintain a generally consistent flow without conspicuous anomalies indicating merges.\n\n3. **Top View:** This view supports the previous observations. The branching doesn't show any abrupt directional changes that are inconsistent with typical neuronal morphology.\n\nIn assessing the central area of the images, where merge errors are most critical, there doesn't appear to be a dramatic structural anomaly such as a branch doubling back on itself or forming an unnatural angle.\n\nOverall, while the neuron exhibits complex branching, which is typical, there aren't clear signs of a merge error like doubled back branches or awkward angles that suggest inappropriate groupings of processes from different neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation of neuronal morphology, the possibility of merge errors introduced by the algorithm needs careful examination. Let's consider each view:\n\n1. **Front View:** The structure appears to have multiple branches without any apparent doubling back or unusual sharp angles, although some branches are quite extensive.\n\n2. **Side View:** Here again, there is a complex branching pattern, but it seems to maintain a generally consistent flow without conspicuous anomalies indicating merges.\n\n3. **Top View:** This view supports the previous observations. The branching doesn't show any abrupt directional changes that are inconsistent with typical neuronal morphology.\n\nIn assessing the central area of the images, where merge errors are most critical, there doesn't appear to be a dramatic structural anomaly such as a branch doubling back on itself or forming an unnatural angle.\n\nOverall, while the neuron exhibits complex branching, which is typical, there aren't clear signs of a merge error like doubled back branches or awkward angles that suggest inappropriate groupings of processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135702498817":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + } + }, + "prompt_options":[ + { + "id":"864691135702498817", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + } + ], + "id":"864691135702498817" + }, + { + "task":"split_identification", + "operation_id":788692, + "timestamp":1675861189, + "merge_coords":[ + 825898.5, + 692695.5, + 761974.5 + ], + "interface_point":[ + 825898.5, + 692695.5, + 761974.5 + ], + "base_neuron_id":"864691135702498817", + "before_root_ids":[ + 864691135702498817 + ], + "after_root_ids":[ + 864691135954880520, + 864691136452140543 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nFrom the provided images, we see the 3D morphology of a neuron from various perspectives: front, side, and top. To determine the presence of a merge error, we need to look for unnatural structures within the axonal and dendritic processes. Specifically, areas where the axon appears to double back on itself or where branches form sharp angles (e.g., ninety degrees) could indicate a merge with another neuron's processes.\n\nIn the front view, the main soma branches out into several processes. None of the protrusions seem to create a structure that doubles back or forms unexpected sharp angles.\n\nIn the side view, I observe continuous branching from the primary soma, with no major deviations that suggest doubling back or sudden angular formations indicative of a merge error.\n\nIn the top view, the neuron's extensions radiate naturally outward. There are no abrupt bends or backtracking movements that would signify a merge error.\n\nOverall, across all three perspectives, the neuron's architecture appears consistent with typical axonal and dendritic growth patterns, with no evident merge errors.\n<\/analysis>\n-1<\/answer>", + "model_analysis":"From the provided images, we see the 3D morphology of a neuron from various perspectives: front, side, and top. To determine the presence of a merge error, we need to look for unnatural structures within the axonal and dendritic processes. Specifically, areas where the axon appears to double back on itself or where branches form sharp angles (e.g., ninety degrees) could indicate a merge with another neuron's processes.\n\nIn the front view, the main soma branches out into several processes. None of the protrusions seem to create a structure that doubles back or forms unexpected sharp angles.\n\nIn the side view, I observe continuous branching from the primary soma, with no major deviations that suggest doubling back or sudden angular formations indicative of a merge error.\n\nIn the top view, the neuron's extensions radiate naturally outward. There are no abrupt bends or backtracking movements that would signify a merge error.\n\nOverall, across all three perspectives, the neuron's architecture appears consistent with typical axonal and dendritic growth patterns, with no evident merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135702498817":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + } + }, + "prompt_options":[ + { + "id":"864691135702498817", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135702498817_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135702498817_825898_692695_761974\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":150864 + }, + "merge_coords":"825898_692695_761974", + "zoom_margin":150864 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":807242, + "timestamp":1676373268, + "merge_coords":[ + 764452.5, + 695604.0, + 862438.5 + ], + "interface_point":[ + 764452.5, + 695604.0, + 862438.5 + ], + "base_neuron_id":"864691135367961074", + "before_root_ids":[ + 864691135367961074 + ], + "after_root_ids":[ + 864691135740635028, + 864691135257310127 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the 3D segmentation images for potential merge errors, we need to evaluate the continuity and pathways of the neuronal processes shown. \n\n1. **Front View Analysis:** The front view shows a branching pattern. The key areas to watch for merge errors include places where the structure diverges sharply or forms abrupt angles. The branches seem fairly continuous, but there is a notable area near the central part of the image where a branch appears to take an unusual turn that could signal a merge error.\n\n2. **Side View Analysis:** The side view allows for observation of depth-related anomalies. The continuous path is mostly preserved, but similar to the front view, there is an area where the path shifts sharply. This might indicate a structural incongruity typical of a merge error where two segments are joined incorrectly.\n\n3. **Top View Analysis:** This view provides a perspective on lateral continuity. Again, we observe a branching structure with noticeable changes in direction. The transition points with sharp angles and path crossovers are characteristic of potential merge errors.\n\nOverall, the presence of sharp, non-physiological turns, crossing paths, and abrupt angle formations particularly in the central parts of these images suggests a merge error in the segmentation. These patterns typically do not align with the natural morphology of neuronal processes.\n\nTherefore, it would be necessary to split the segment to correct the potential merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In examining the 3D segmentation images for potential merge errors, we need to evaluate the continuity and pathways of the neuronal processes shown. \n\n1. **Front View Analysis:** The front view shows a branching pattern. The key areas to watch for merge errors include places where the structure diverges sharply or forms abrupt angles. The branches seem fairly continuous, but there is a notable area near the central part of the image where a branch appears to take an unusual turn that could signal a merge error.\n\n2. **Side View Analysis:** The side view allows for observation of depth-related anomalies. The continuous path is mostly preserved, but similar to the front view, there is an area where the path shifts sharply. This might indicate a structural incongruity typical of a merge error where two segments are joined incorrectly.\n\n3. **Top View Analysis:** This view provides a perspective on lateral continuity. Again, we observe a branching structure with noticeable changes in direction. The transition points with sharp angles and path crossovers are characteristic of potential merge errors.\n\nOverall, the presence of sharp, non-physiological turns, crossing paths, and abrupt angle formations particularly in the central parts of these images suggests a merge error in the segmentation. These patterns typically do not align with the natural morphology of neuronal processes.\n\nTherefore, it would be necessary to split the segment to correct the potential merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135367961074":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + } + }, + "prompt_options":[ + { + "id":"864691135367961074", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + } + ], + "id":"864691135367961074" + }, + { + "task":"split_identification", + "operation_id":807242, + "timestamp":1676373268, + "merge_coords":[ + 764452.5, + 695604.0, + 862438.5 + ], + "interface_point":[ + 764452.5, + 695604.0, + 862438.5 + ], + "base_neuron_id":"864691135367961074", + "before_root_ids":[ + 864691135367961074 + ], + "after_root_ids":[ + 864691135740635028, + 864691135257310127 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided show three different views (front, side, and top) of a 3D neuronal segmentation. The main focus is to identify potential merge errors within the central region of the segment.\n\n1. **Front View Analysis:**\n - The structure appears to have branches with possible irregularities. Look for signs like branches doubling back or forming sharp angles.\n\n2. **Side View Analysis:**\n - The side perspective helps reveal any depth-related anomalies. Watch for abrupt angle changes that might indicate an inappropriate connection of separate neuronal processes.\n\n3. **Top View Analysis:**\n - This view offers another angle to confirm potential errors seen in the other perspectives. Check if there are inconsistencies in branching patterns that could imply an incorrect merge.\n\n**Common Merge Error Indicators:**\n- **Doubling Back:** If the segment appears to fold back on itself after branching, it may signal a merge error.\n- **Sharp Angles:** Non-natural, ninety-degree angles at branch points often suggest an incorrect combination of processes.\n\nBy examining all three views for these indicators, one can assess whether the segmentation has mistakenly merged processes from different neurons.\n\nAfter inspection:\n\n- In the **front view**, the presence of sharp direction changes is evident.\n- The **side view** confirms these angles, supporting the presence of potential irregularities.\n- The **top view** further shows inconsistencies in the expected smooth continuation of axonal paths.\n\nTherefore, based on these observations, it is probable that a merge error is present, indicating that the segment should be split.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided show three different views (front, side, and top) of a 3D neuronal segmentation. The main focus is to identify potential merge errors within the central region of the segment.\n\n1. **Front View Analysis:**\n - The structure appears to have branches with possible irregularities. Look for signs like branches doubling back or forming sharp angles.\n\n2. **Side View Analysis:**\n - The side perspective helps reveal any depth-related anomalies. Watch for abrupt angle changes that might indicate an inappropriate connection of separate neuronal processes.\n\n3. **Top View Analysis:**\n - This view offers another angle to confirm potential errors seen in the other perspectives. Check if there are inconsistencies in branching patterns that could imply an incorrect merge.\n\n**Common Merge Error Indicators:**\n- **Doubling Back:** If the segment appears to fold back on itself after branching, it may signal a merge error.\n- **Sharp Angles:** Non-natural, ninety-degree angles at branch points often suggest an incorrect combination of processes.\n\nBy examining all three views for these indicators, one can assess whether the segmentation has mistakenly merged processes from different neurons.\n\nAfter inspection:\n\n- In the **front view**, the presence of sharp direction changes is evident.\n- The **side view** confirms these angles, supporting the presence of potential irregularities.\n- The **top view** further shows inconsistencies in the expected smooth continuation of axonal paths.\n\nTherefore, based on these observations, it is probable that a merge error is present, indicating that the segment should be split.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135367961074":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + } + }, + "prompt_options":[ + { + "id":"864691135367961074", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135367961074_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135367961074_764452_695604_862438\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":21000 + }, + "merge_coords":"764452_695604_862438", + "zoom_margin":21000 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":807452, + "timestamp":1676374739, + "merge_coords":[ + 733950.0, + 629307.0, + 793138.5 + ], + "interface_point":[ + 733950.0, + 629307.0, + 793138.5 + ], + "base_neuron_id":"864691135443122418", + "before_root_ids":[ + 864691135443122418 + ], + "after_root_ids":[ + 864691136106704089, + 864691135368189177 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images depict a 3D representation of neuronal processes. When analyzing for potential merge errors, we look for characteristic signs such as:\n\n1. **Doubling Back**: Sections of the axon that loops back towards itself or overlap significantly.\n2. **Sharp Angles**: Unnatural ninety-degree angles that suggest two different processes have been incorrectly merged.\n\nIn examining the provided views:\n\n- **Front View**: The segment displays a winding path with no evident doubling back or sharp angles.\n- **Side View**: The structure remains consistent with a smooth, continuous trajectory. There's no visible sharp kink or looping.\n- **Top View**: Similarly, it shows a mostly linear pattern with branches, but no abrupt angles or returns along its path.\n\nGiven the data, there doesn't seem to be an indication of a merge error such as those described.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D representation of neuronal processes. When analyzing for potential merge errors, we look for characteristic signs such as:\n\n1. **Doubling Back**: Sections of the axon that loops back towards itself or overlap significantly.\n2. **Sharp Angles**: Unnatural ninety-degree angles that suggest two different processes have been incorrectly merged.\n\nIn examining the provided views:\n\n- **Front View**: The segment displays a winding path with no evident doubling back or sharp angles.\n- **Side View**: The structure remains consistent with a smooth, continuous trajectory. There's no visible sharp kink or looping.\n- **Top View**: Similarly, it shows a mostly linear pattern with branches, but no abrupt angles or returns along its path.\n\nGiven the data, there doesn't seem to be an indication of a merge error such as those described.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135443122418":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + } + }, + "prompt_options":[ + { + "id":"864691135443122418", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + } + ], + "id":"864691135443122418" + }, + { + "task":"split_identification", + "operation_id":807452, + "timestamp":1676374739, + "merge_coords":[ + 733950.0, + 629307.0, + 793138.5 + ], + "interface_point":[ + 733950.0, + 629307.0, + 793138.5 + ], + "base_neuron_id":"864691135443122418", + "before_root_ids":[ + 864691135443122418 + ], + "after_root_ids":[ + 864691136106704089, + 864691135368189177 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nUpon analysis of the images presented from the three perspectives (front, side, top), the following observations are made:\n\n1. **Front View**: The branch structures appear mostly linear with branching patterns that are typical for neuronal processes. There doesn't appear to be any obvious points where two distinct neuronal processes have been erroneously merged. No unnatural doubling back or sharp 90-degree angles suggesting a merge error is visible.\n\n2. **Side View**: Similar to the front view, the branching pattern seems consistent with a single neuronal process. There is no strong evidence of any abnormal structures that would suggest a merge error, such as a sudden change in the path of the processes.\n\n3. **Top View**: This perspective also shows a consistent branching pattern with no apparent signs of merge errors. The branches extend smoothly without any unusual angles or doubling back that might indicate a merger of separate processes.\n\nOverall, the 3D segment seems to maintain a coherent and singular morphological pattern expected of a single neuron, without signs of merge errors at the center or any other area within the scope of visibility in these images.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon analysis of the images presented from the three perspectives (front, side, top), the following observations are made:\n\n1. **Front View**: The branch structures appear mostly linear with branching patterns that are typical for neuronal processes. There doesn't appear to be any obvious points where two distinct neuronal processes have been erroneously merged. No unnatural doubling back or sharp 90-degree angles suggesting a merge error is visible.\n\n2. **Side View**: Similar to the front view, the branching pattern seems consistent with a single neuronal process. There is no strong evidence of any abnormal structures that would suggest a merge error, such as a sudden change in the path of the processes.\n\n3. **Top View**: This perspective also shows a consistent branching pattern with no apparent signs of merge errors. The branches extend smoothly without any unusual angles or doubling back that might indicate a merger of separate processes.\n\nOverall, the 3D segment seems to maintain a coherent and singular morphological pattern expected of a single neuron, without signs of merge errors at the center or any other area within the scope of visibility in these images.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135443122418":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + } + }, + "prompt_options":[ + { + "id":"864691135443122418", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135443122418_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135443122418_733950_629307_793138\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":34230 + }, + "merge_coords":"733950_629307_793138", + "zoom_margin":34230 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":1264954, + "timestamp":1730224735, + "merge_coords":[ + 715197.0, + 529032.0, + 849303.0 + ], + "interface_point":[ + 715197.0, + 529032.0, + 849303.0 + ], + "base_neuron_id":"864691135430630960", + "before_root_ids":[ + 864691135430630960 + ], + "after_root_ids":[ + 864691135726148011, + 864691135430631216 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a 3D segmentation of neuronal data viewed from the front, side, and top. The objective is to determine if there is a merge error, which would suggest the segment should be split into separate components. Common indicators of merge errors in neuron segmentation include unnatural branching, such as axonal structures doubling back on themselves or forming sharp angles.\n\n1. **Front View**: The contour outlines a complex structure. It appears to be irregular, but there is no immediate indication of a clear doubling back or sharp angle that is characteristic of a merge error.\n\n2. **Side View**: This view provides more insight into the depth of the structure. The contours appear to form a smooth path without abrupt changes in direction, which might suggest a continuous process.\n\n3. **Top View**: The outline seems consistent, similarly without sharp deviations or unnatural bends that would indicate processes from different neurons have been incorrectly merged.\n\nOverall, none of the views show definitive evidence of axonal doubling back or significant branching that would clearly indicate a merge error. The structure appears continuous, without the aberrant axonal structures that typify merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D segmentation of neuronal data viewed from the front, side, and top. The objective is to determine if there is a merge error, which would suggest the segment should be split into separate components. Common indicators of merge errors in neuron segmentation include unnatural branching, such as axonal structures doubling back on themselves or forming sharp angles.\n\n1. **Front View**: The contour outlines a complex structure. It appears to be irregular, but there is no immediate indication of a clear doubling back or sharp angle that is characteristic of a merge error.\n\n2. **Side View**: This view provides more insight into the depth of the structure. The contours appear to form a smooth path without abrupt changes in direction, which might suggest a continuous process.\n\n3. **Top View**: The outline seems consistent, similarly without sharp deviations or unnatural bends that would indicate processes from different neurons have been incorrectly merged.\n\nOverall, none of the views show definitive evidence of axonal doubling back or significant branching that would clearly indicate a merge error. The structure appears continuous, without the aberrant axonal structures that typify merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135430630960":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + } + }, + "prompt_options":[ + { + "id":"864691135430630960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + } + ], + "id":"864691135430630960" + }, + { + "task":"split_identification", + "operation_id":1264954, + "timestamp":1730224735, + "merge_coords":[ + 715197.0, + 529032.0, + 849303.0 + ], + "interface_point":[ + 715197.0, + 529032.0, + 849303.0 + ], + "base_neuron_id":"864691135430630960", + "before_root_ids":[ + 864691135430630960 + ], + "after_root_ids":[ + 864691135726148011, + 864691135430631216 + ], + "proofread_root_id":"864691135336108265", + "model":"gpt-4o", + "model_raw_answer":"\nIn the 3D segmentation images of neuronal data, we are looking for possible merge errors which are characterized by abnormal structures like an axon doubling back after branching or forming a right-angle connection with another axon.\n\n1. **Front View:**\n - The structure appears relatively consistent along a single trajectory without any obvious abrupt changes or unnatural angles.\n\n2. **Side View:**\n - The side view shows the linear projection of the neuronal processes, which also appear consistent with no apparent doubling back or right-angle formations that are characteristic of merge errors.\n\n3. **Top View:**\n - The top view shows some branching, but without any clear right-angle changes in direction or doubling back. The branches appear consistent with natural neuronal morphology.\n\nOverall, across all three views, there are no obvious signs of merge errors such as axon doubling back or right-angle junctions. The neuronal processes appear continuous and follow a smooth trajectory, suggesting they belong to the same neuron.\n\nTherefore, based on the provided views, there does not seem to be a merge error in the segmentation, and it does not need to be split apart.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the 3D segmentation images of neuronal data, we are looking for possible merge errors which are characterized by abnormal structures like an axon doubling back after branching or forming a right-angle connection with another axon.\n\n1. **Front View:**\n - The structure appears relatively consistent along a single trajectory without any obvious abrupt changes or unnatural angles.\n\n2. **Side View:**\n - The side view shows the linear projection of the neuronal processes, which also appear consistent with no apparent doubling back or right-angle formations that are characteristic of merge errors.\n\n3. **Top View:**\n - The top view shows some branching, but without any clear right-angle changes in direction or doubling back. The branches appear consistent with natural neuronal morphology.\n\nOverall, across all three views, there are no obvious signs of merge errors such as axon doubling back or right-angle junctions. The neuronal processes appear continuous and follow a smooth trajectory, suggesting they belong to the same neuron.\n\nTherefore, based on the provided views, there does not seem to be a merge error in the segmentation, and it does not need to be split apart.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135430630960":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "864691135336108265":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + } + }, + "prompt_options":[ + { + "id":"864691135430630960", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135430630960_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + }, + { + "id":"864691135336108265", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135336108265_864691135430630960_715197_529032_849303\/base_864691135336108265_zoomed_top.png" + }, + "em":null, + "zoom_margin":103782 + }, + "merge_coords":"715197_529032_849303", + "zoom_margin":103782 + } + ], + "id":"864691135336108265" + }, + { + "task":"split_identification", + "operation_id":740158, + "timestamp":1674641046, + "merge_coords":[ + 707322.0, + 492009.0, + 805980.0 + ], + "interface_point":[ + 707322.0, + 492009.0, + 805980.0 + ], + "base_neuron_id":"864691136101699665", + "before_root_ids":[ + 864691136101699665 + ], + "after_root_ids":[ + 864691135866619781, + 864691135511520208 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe 3D segmentation views provided from the front, side, and top do not clearly indicate merge errors such as axonal doubling back abruptly after branching or forming a hard ninety-degree angle. The morphology appears consistent for a single neuronal process without obvious signs of inappropriate merging of different neuronal processes. Such errors are often seen when there are abrupt directional changes or unnatural connections.\n\nBased on the views, the structure appears to be continuous and does not exhibit any prominent characteristics of merge errors as described.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation views provided from the front, side, and top do not clearly indicate merge errors such as axonal doubling back abruptly after branching or forming a hard ninety-degree angle. The morphology appears consistent for a single neuronal process without obvious signs of inappropriate merging of different neuronal processes. Such errors are often seen when there are abrupt directional changes or unnatural connections.\n\nBased on the views, the structure appears to be continuous and does not exhibit any prominent characteristics of merge errors as described.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136101699665":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136101699665", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + } + ], + "id":"864691136101699665" + }, + { + "task":"split_identification", + "operation_id":740158, + "timestamp":1674641046, + "merge_coords":[ + 707322.0, + 492009.0, + 805980.0 + ], + "interface_point":[ + 707322.0, + 492009.0, + 805980.0 + ], + "base_neuron_id":"864691136101699665", + "before_root_ids":[ + 864691136101699665 + ], + "after_root_ids":[ + 864691135866619781, + 864691135511520208 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation from the three perspectives provided\u2014front, side, and top\u2014a few observations can be made:\n\n1. **Front View**: The segment appears to have a consistent, elongated structure. However, there are some irregularities along its path that could suggest potential errors, such as the possibility of a segment merging improperly with another.\n\n2. **Side View**: From this perspective, the segment\u2019s pathway seems to have irregular curvatures. There are points where the structure appears to broaden or shift direction, possibly indicating where a merge might have occurred. This could suggest a merge error where two distinct processes are incorrectly joined.\n\n3. **Top View**: In this angle, the segment appears to have a part that branches and possibly folds back on itself. The branching and changes in direction are characteristic signs of a potential merge error.\n\nOverall, the irregularities in structure, particularly the changes in direction and branching, suggest the possibility of a merge error. The concerns raised, particularly from the side and top views, indicate that there may be a merge at the center of the volume where two segments were erroneously joined.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the three perspectives provided\u2014front, side, and top\u2014a few observations can be made:\n\n1. **Front View**: The segment appears to have a consistent, elongated structure. However, there are some irregularities along its path that could suggest potential errors, such as the possibility of a segment merging improperly with another.\n\n2. **Side View**: From this perspective, the segment\u2019s pathway seems to have irregular curvatures. There are points where the structure appears to broaden or shift direction, possibly indicating where a merge might have occurred. This could suggest a merge error where two distinct processes are incorrectly joined.\n\n3. **Top View**: In this angle, the segment appears to have a part that branches and possibly folds back on itself. The branching and changes in direction are characteristic signs of a potential merge error.\n\nOverall, the irregularities in structure, particularly the changes in direction and branching, suggest the possibility of a merge error. The concerns raised, particularly from the side and top views, indicate that there may be a merge at the center of the volume where two segments were erroneously joined.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136101699665":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136101699665", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691136101699665_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136101699665_864691137055544438_707322_492009_805980\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"707322_492009_805980", + "zoom_margin":4096 + } + ], + "id":"864691137055544438" + }, + { + "task":"split_identification", + "operation_id":741043, + "timestamp":1674645846, + "merge_coords":[ + 726421.5, + 484505.0, + 813788.5 + ], + "interface_point":[ + 726421.5, + 484505.0, + 813788.5 + ], + "base_neuron_id":"864691135865747164", + "before_root_ids":[ + 864691135865747164 + ], + "after_root_ids":[ + 864691136011942563, + 864691135926667790 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation from the three provided views (front, side, and top), I focused on identifying possible merge errors which can appear as unnatural connectivity between processes.\n\n1. **Front View**: The structure appears relatively linear with no obvious unnatural bends or connections that could suggest a merging of multiple neuronal processes. \n\n2. **Side View**: The structure maintains a streamlined form without abrupt angles or returns. There aren\u2019t any visible indications of axons doubling back.\n\n3. **Top View**: Again, the form appears consistent with typical neuronal morphology. There are no sharp, unnatural turns indicative of a merge error.\n\nThroughout the inspection, none of the views provided clear evidence of the kinds of aberrations associated with merge errors, such as right-angle connections or axons doubling back.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the three provided views (front, side, and top), I focused on identifying possible merge errors which can appear as unnatural connectivity between processes.\n\n1. **Front View**: The structure appears relatively linear with no obvious unnatural bends or connections that could suggest a merging of multiple neuronal processes. \n\n2. **Side View**: The structure maintains a streamlined form without abrupt angles or returns. There aren\u2019t any visible indications of axons doubling back.\n\n3. **Top View**: Again, the form appears consistent with typical neuronal morphology. There are no sharp, unnatural turns indicative of a merge error.\n\nThroughout the inspection, none of the views provided clear evidence of the kinds of aberrations associated with merge errors, such as right-angle connections or axons doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135865747164":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + } + }, + "prompt_options":[ + { + "id":"864691135865747164", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + } + ], + "id":"864691135865747164" + }, + { + "task":"split_identification", + "operation_id":741043, + "timestamp":1674645846, + "merge_coords":[ + 726421.5, + 484505.0, + 813788.5 + ], + "interface_point":[ + 726421.5, + 484505.0, + 813788.5 + ], + "base_neuron_id":"864691135865747164", + "before_root_ids":[ + 864691135865747164 + ], + "after_root_ids":[ + 864691136011942563, + 864691135926667790 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the neuronal segmentation images, I look for signs of merge errors such as axonal structures that improperly cross or merge. Specifically, I'm checking for: \n\n1. **Aberrant axial structures**: This includes axons that double back on themselves or form unusual angles when branching off. \n2. **Unusual branching patterns**: This could include very dense areas of branching that seem unnatural or multiple axons converging.\n\nFrom the images provided:\n- **Front view**: The branching structures appear smooth without clear signs of doubling back or sharp angles.\n- **Side view**: The axonal processes do not show any evident signs of crossing or unnatural merging.\n- **Top view**: The centermost area, likely representing the soma or initial axonal pathways, appears normal with clear differentiation between axon and dendritic processes.\n\nOverall, there do not appear to be any abrupt or unnatural merge errors in the observed segments. The axonal pathways seem continuous without inappropriate crossings or sharp directional changes that would suggest merging of different neuronal processes.\n\nGiven this analysis, there is no apparent merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the neuronal segmentation images, I look for signs of merge errors such as axonal structures that improperly cross or merge. Specifically, I'm checking for: \n\n1. **Aberrant axial structures**: This includes axons that double back on themselves or form unusual angles when branching off. \n2. **Unusual branching patterns**: This could include very dense areas of branching that seem unnatural or multiple axons converging.\n\nFrom the images provided:\n- **Front view**: The branching structures appear smooth without clear signs of doubling back or sharp angles.\n- **Side view**: The axonal processes do not show any evident signs of crossing or unnatural merging.\n- **Top view**: The centermost area, likely representing the soma or initial axonal pathways, appears normal with clear differentiation between axon and dendritic processes.\n\nOverall, there do not appear to be any abrupt or unnatural merge errors in the observed segments. The axonal pathways seem continuous without inappropriate crossings or sharp directional changes that would suggest merging of different neuronal processes.\n\nGiven this analysis, there is no apparent merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135865747164":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + } + }, + "prompt_options":[ + { + "id":"864691135865747164", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691135865747164_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135865747164_864691137055544438_726421_484505_813788\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":91686 + }, + "merge_coords":"726421_484505_813788", + "zoom_margin":91686 + } + ], + "id":"864691137055544438" + }, + { + "task":"split_identification", + "operation_id":741697, + "timestamp":1674649119, + "merge_coords":[ + 671118.0, + 420630.0, + 915820.5 + ], + "interface_point":[ + 671118.0, + 420630.0, + 915820.5 + ], + "base_neuron_id":"864691134070076884", + "before_root_ids":[ + 864691134070076884 + ], + "after_root_ids":[ + 864691135938562357, + 864691135502654018 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the 3D segmentation from the front, side, and top views, I am looking for any signs of merge errors that would indicate the segment might include processes from multiple neurons. Merge errors often manifest as abnormal structures such as axons doubling back or forming unusual angles.\n\nFrom the images provided:\n1. **Front View**: The segment appears to have a continuous structure, without any noticeable doubling back or branching at abnormal angles that could indicate a merge error.\n2. **Side View**: The linear progression seems consistent with natural neuronal processes, without the presence of any abrupt turns or doublings that typically suggest a merge.\n3. **Top View**: The segment maintains a relatively coherent path with no visible irregularities or unusual angles that would suggest the merging of separate neurons.\n\nOverall, the provided views of the segment do not exhibit characteristics commonly associated with merge errors. The branching and angles appear to be within the range of normal neuronal morphology.\n\nThus, based on the visual analysis, there is no apparent merge error that would necessitate splitting the segment apart.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the 3D segmentation from the front, side, and top views, I am looking for any signs of merge errors that would indicate the segment might include processes from multiple neurons. Merge errors often manifest as abnormal structures such as axons doubling back or forming unusual angles.\n\nFrom the images provided:\n1. **Front View**: The segment appears to have a continuous structure, without any noticeable doubling back or branching at abnormal angles that could indicate a merge error.\n2. **Side View**: The linear progression seems consistent with natural neuronal processes, without the presence of any abrupt turns or doublings that typically suggest a merge.\n3. **Top View**: The segment maintains a relatively coherent path with no visible irregularities or unusual angles that would suggest the merging of separate neurons.\n\nOverall, the provided views of the segment do not exhibit characteristics commonly associated with merge errors. The branching and angles appear to be within the range of normal neuronal morphology.\n\nThus, based on the visual analysis, there is no apparent merge error that would necessitate splitting the segment apart.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134070076884":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + } + }, + "prompt_options":[ + { + "id":"864691134070076884", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + } + ], + "id":"864691134070076884" + }, + { + "task":"split_identification", + "operation_id":741697, + "timestamp":1674649119, + "merge_coords":[ + 671118.0, + 420630.0, + 915820.5 + ], + "interface_point":[ + 671118.0, + 420630.0, + 915820.5 + ], + "base_neuron_id":"864691134070076884", + "before_root_ids":[ + 864691134070076884 + ], + "after_root_ids":[ + 864691135938562357, + 864691135502654018 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentations of neuronal processes, we focus on identifying any abnormal structural features that may indicate a merge error, such as axons doubling back or forming sharp angles.\n\n1. **Front View**: The segment appears continuous without overtly sharp or unnatural turns. There is no obvious doubling back at this angle.\n\n2. **Side View**: The structure follows a rather linear path with mild curvature, which can be typical for neuronal processes. There are no distinct angles that suggest a problematic merge.\n\n3. **Top View**: This view also supports continuity. The path follows a smooth trajectory without significant deviations that would suggest a reconnection or merging of separate processes.\n\nOverall, the examined views do not present the common signs of merge errors, such as a sudden change in direction or angle suggesting two processes of different neurons mistakenly connected.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentations of neuronal processes, we focus on identifying any abnormal structural features that may indicate a merge error, such as axons doubling back or forming sharp angles.\n\n1. **Front View**: The segment appears continuous without overtly sharp or unnatural turns. There is no obvious doubling back at this angle.\n\n2. **Side View**: The structure follows a rather linear path with mild curvature, which can be typical for neuronal processes. There are no distinct angles that suggest a problematic merge.\n\n3. **Top View**: This view also supports continuity. The path follows a smooth trajectory without significant deviations that would suggest a reconnection or merging of separate processes.\n\nOverall, the examined views do not present the common signs of merge errors, such as a sudden change in direction or angle suggesting two processes of different neurons mistakenly connected.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134070076884":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + } + }, + "prompt_options":[ + { + "id":"864691134070076884", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691134070076884_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134070076884_864691137055544438_671118_420630_915820\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":12936 + }, + "merge_coords":"671118_420630_915820", + "zoom_margin":12936 + } + ], + "id":"864691137055544438" + }, + { + "task":"split_identification", + "operation_id":741816, + "timestamp":1674649715, + "merge_coords":[ + 791847.0, + 486213.0, + 816270.0 + ], + "interface_point":[ + 791847.0, + 486213.0, + 816270.0 + ], + "base_neuron_id":"864691135697964642", + "before_root_ids":[ + 864691135697964642 + ], + "after_root_ids":[ + 864691135976654147, + 864691135586162812 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation of neuronal data is evaluated from three perspectives: front, side, and top. The key characteristics indicative of a merge error are examined, including:\n\n1. **Aberrant Axonal Structure**: This includes unusual curvatures, axons doubling back, or forming sharp angles which may suggest processes from different neurons have been mistakenly merged.\n\n2. **Angle Analysis**:\n - **Front View**: The segment appears relatively straight with some branching. There is no immediate evidence of axons forming sharp angles or doubling back which would suggest a merge error.\n - **Side View**: The contour of the segment is smooth without sharp deviations or unexpected turns that might indicate a merge.\n - **Top View**: Consistent with the other views, the branching appears coherent and continuous without unnatural angles or overlaps.\n\nOverall, there are no evident signs of the segment exhibiting telltale traits of a merge error, such as awkward 90-degree angles or segments doubling back on themselves. The structure's flow seems consistent throughout the different views, which supports the likelihood that it represents a single neuron without merges affecting different neuronal processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation of neuronal data is evaluated from three perspectives: front, side, and top. The key characteristics indicative of a merge error are examined, including:\n\n1. **Aberrant Axonal Structure**: This includes unusual curvatures, axons doubling back, or forming sharp angles which may suggest processes from different neurons have been mistakenly merged.\n\n2. **Angle Analysis**:\n - **Front View**: The segment appears relatively straight with some branching. There is no immediate evidence of axons forming sharp angles or doubling back which would suggest a merge error.\n - **Side View**: The contour of the segment is smooth without sharp deviations or unexpected turns that might indicate a merge.\n - **Top View**: Consistent with the other views, the branching appears coherent and continuous without unnatural angles or overlaps.\n\nOverall, there are no evident signs of the segment exhibiting telltale traits of a merge error, such as awkward 90-degree angles or segments doubling back on themselves. The structure's flow seems consistent throughout the different views, which supports the likelihood that it represents a single neuron without merges affecting different neuronal processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135697964642":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135697964642", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + } + ], + "id":"864691135697964642" + }, + { + "task":"split_identification", + "operation_id":741816, + "timestamp":1674649715, + "merge_coords":[ + 791847.0, + 486213.0, + 816270.0 + ], + "interface_point":[ + 791847.0, + 486213.0, + 816270.0 + ], + "base_neuron_id":"864691135697964642", + "before_root_ids":[ + 864691135697964642 + ], + "after_root_ids":[ + 864691135976654147, + 864691135586162812 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nThe images display a 3D segmentation of neuronal data with views from the front, side, and top perspectives. We are looking for signs of potential merge errors typically characterized by unusual structural phenomena, such as cells doubling back or forming sharp angles.\n\nFrom the observations:\n1. **Front View:** The structure appears continuous but lacks significant branching. Potential turns could indicate a merge, but unclear from this angle alone.\n2. **Side View:** A slightly clearer view showing a possible abrupt change in direction near the center of the image, which could suggest a merge.\n3. **Top View:** A long, relatively consistent tract with minor deviations. No clear indications of doubling back or perpendicular angles.\n\nThe side view suggests possible aberrant structure with an angle change near the center, corroborating with the front view observations. Given these clues, this might be indicative of a merge error, warranting a split.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images display a 3D segmentation of neuronal data with views from the front, side, and top perspectives. We are looking for signs of potential merge errors typically characterized by unusual structural phenomena, such as cells doubling back or forming sharp angles.\n\nFrom the observations:\n1. **Front View:** The structure appears continuous but lacks significant branching. Potential turns could indicate a merge, but unclear from this angle alone.\n2. **Side View:** A slightly clearer view showing a possible abrupt change in direction near the center of the image, which could suggest a merge.\n3. **Top View:** A long, relatively consistent tract with minor deviations. No clear indications of doubling back or perpendicular angles.\n\nThe side view suggests possible aberrant structure with an angle change near the center, corroborating with the front view observations. Given these clues, this might be indicative of a merge error, warranting a split.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135697964642":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135697964642", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691135697964642_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135697964642_864691137055544438_791847_486213_816270\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"791847_486213_816270", + "zoom_margin":4096 + } + ], + "id":"864691137055544438" + }, + { + "task":"split_identification", + "operation_id":1096270, + "timestamp":1722294469, + "merge_coords":[ + 866852.5625, + 842846.3125, + 776762.5625 + ], + "interface_point":[ + 866852.5625, + 842846.3125, + 776762.5625 + ], + "base_neuron_id":"864691136297789996", + "before_root_ids":[ + 864691136297789996 + ], + "after_root_ids":[ + 864691136389924983, + 864691135801379426 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation shows a neuronal process, likely an axon or dendrite, viewed from different perspectives (front, side, top). The shape appears to have a main section with branches extending from it.\n\n1. **Front View**: The main branches appear to extend without any significant irregularities such as sharp 90-degree turns or doubling back on themselves, which would suggest a possible merge error.\n\n2. **Side View**: This view complements the front view, showing a continuous structure with no abrupt angular bends or unexpected deviations suggestive of a merge error.\n\n3. **Top View**: This perspective further confirms continuity without any aberrant structural formations. There are no right-angle formations or overlapping branches that typically indicate a merge error.\n\nOverall, the 3D structure lacks any features characteristic of processes from different neurons being improperly merged, such as abrupt angle changes or doubled-back structures. The branches seem to extend logically without intersection or anomalous turns.\n\nBased on the inspection of these views, there is no evidence of a merge error in this segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation shows a neuronal process, likely an axon or dendrite, viewed from different perspectives (front, side, top). The shape appears to have a main section with branches extending from it.\n\n1. **Front View**: The main branches appear to extend without any significant irregularities such as sharp 90-degree turns or doubling back on themselves, which would suggest a possible merge error.\n\n2. **Side View**: This view complements the front view, showing a continuous structure with no abrupt angular bends or unexpected deviations suggestive of a merge error.\n\n3. **Top View**: This perspective further confirms continuity without any aberrant structural formations. There are no right-angle formations or overlapping branches that typically indicate a merge error.\n\nOverall, the 3D structure lacks any features characteristic of processes from different neurons being improperly merged, such as abrupt angle changes or doubled-back structures. The branches seem to extend logically without intersection or anomalous turns.\n\nBased on the inspection of these views, there is no evidence of a merge error in this segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136297789996":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + } + }, + "prompt_options":[ + { + "id":"864691136297789996", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + } + ], + "id":"864691136297789996" + }, + { + "task":"split_identification", + "operation_id":1096270, + "timestamp":1722294469, + "merge_coords":[ + 866852.5625, + 842846.3125, + 776762.5625 + ], + "interface_point":[ + 866852.5625, + 842846.3125, + 776762.5625 + ], + "base_neuron_id":"864691136297789996", + "before_root_ids":[ + 864691136297789996 + ], + "after_root_ids":[ + 864691136389924983, + 864691135801379426 + ], + "proofread_root_id":"864691137055544438", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation shows a complex structure with multiple branching patterns. The following observations can be made:\n\n1. **Front View**: The structure appears to have several branches originating from a central point. Some branches seem to curve back toward the central mass, suggesting possible merge errors.\n\n2. **Side View**: The branches display elongated and possibly unnatural curves. Unusual angles, possible signs of merge errors, are visible.\n\n3. **Top View**: There is a branching pattern, and the connections appear angular and possibly unnatural, indicating the presence of potential merge errors.\n\nConsidering these geometric characteristics in all three views, there are signs of possible merge errors, such as branches curving back toward themselves or forming sharp angles. These features commonly point to segmentation issues.\n\nTherefore, the structure likely contains a merge error where processes from different neurons are joined together and should be split apart.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The 3D segmentation shows a complex structure with multiple branching patterns. The following observations can be made:\n\n1. **Front View**: The structure appears to have several branches originating from a central point. Some branches seem to curve back toward the central mass, suggesting possible merge errors.\n\n2. **Side View**: The branches display elongated and possibly unnatural curves. Unusual angles, possible signs of merge errors, are visible.\n\n3. **Top View**: There is a branching pattern, and the connections appear angular and possibly unnatural, indicating the presence of potential merge errors.\n\nConsidering these geometric characteristics in all three views, there are signs of possible merge errors, such as branches curving back toward themselves or forming sharp angles. These features commonly point to segmentation issues.\n\nTherefore, the structure likely contains a merge error where processes from different neurons are joined together and should be split apart.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136297789996":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "864691137055544438":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + } + }, + "prompt_options":[ + { + "id":"864691136297789996", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691136297789996_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + }, + { + "id":"864691137055544438", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136297789996_864691137055544438_866852_842846_776762\/base_864691137055544438_zoomed_top.png" + }, + "em":null, + "zoom_margin":4410 + }, + "merge_coords":"866852_842846_776762", + "zoom_margin":4410 + } + ], + "id":"864691137055544438" + }, + { + "task":"split_identification", + "operation_id":1392842, + "timestamp":1734668647, + "merge_coords":[ + 644966.0, + 457548.0, + 921018.0 + ], + "interface_point":[ + 644966.0, + 457548.0, + 921018.0 + ], + "base_neuron_id":"864691136484498988", + "before_root_ids":[ + 864691136484498988 + ], + "after_root_ids":[ + 864691135640646971, + 864691135662087664 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, I'll analyze the neuronal morphology to detect possible merge errors. Here are some key observations:\n\n1. **Branching Patterns:**\n - The images show branching structures. In the front, side, and top views, these branches appear mostly linear and consistent with normal axonal or dendritic projections.\n\n2. **Doubling Back:**\n - I examined the images for signs of the axon doubling back on itself but did not observe this characteristic.\n\n3. **Ninety-Degree Angles:**\n - The branches do not seem to form unnatural ninety-degree angles that would suggest an inappropriate merge. \n\n4. **Consistency Across Views:**\n - Across the different views (front, side, top), the structure maintains consistency, further suggesting it belongs to a single neuron.\n\nGiven these observations, there doesn't appear to be any structural aberrations that indicate a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, I'll analyze the neuronal morphology to detect possible merge errors. Here are some key observations:\n\n1. **Branching Patterns:**\n - The images show branching structures. In the front, side, and top views, these branches appear mostly linear and consistent with normal axonal or dendritic projections.\n\n2. **Doubling Back:**\n - I examined the images for signs of the axon doubling back on itself but did not observe this characteristic.\n\n3. **Ninety-Degree Angles:**\n - The branches do not seem to form unnatural ninety-degree angles that would suggest an inappropriate merge. \n\n4. **Consistency Across Views:**\n - Across the different views (front, side, top), the structure maintains consistency, further suggesting it belongs to a single neuron.\n\nGiven these observations, there doesn't appear to be any structural aberrations that indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136484498988":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + } + }, + "prompt_options":[ + { + "id":"864691136484498988", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + } + ], + "id":"864691136484498988" + }, + { + "task":"split_identification", + "operation_id":1392842, + "timestamp":1734668647, + "merge_coords":[ + 644966.0, + 457548.0, + 921018.0 + ], + "interface_point":[ + 644966.0, + 457548.0, + 921018.0 + ], + "base_neuron_id":"864691136484498988", + "before_root_ids":[ + 864691136484498988 + ], + "after_root_ids":[ + 864691135640646971, + 864691135662087664 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. To determine if there is a merge error, we need to look for characteristics such as axons doubling back after branching off or forming sharp angles when joined.\n\n1. **Front View:**\n - The structure appears as a continuous line with subtle variations. No significant doubling back or sharp angles are apparent.\n\n2. **Side View:**\n - From this perspective, the structure still looks mostly linear. There are mild deviations, but no obvious signs of abrupt ninety-degree angles or distinct branching-back patterns.\n\n3. **Top View:**\n - The top view also displays a relatively coherent linear path without noticeable splits or irregular angles that would suggest two separate neuron processes improperly merged.\n\nOverall, there do not seem to be any clear signs of merge errors such as axonal structures abruptly changing directions or doubling back, which would be typical indicators of a merge error. The segment in all three views appears to be a single coherent neuronal process without pronounced aberrant features.\n\nConclusion: Based on the presented views and patterns, there is no evident merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show a 3D segmentation of neuronal data from three perspectives: front, side, and top. To determine if there is a merge error, we need to look for characteristics such as axons doubling back after branching off or forming sharp angles when joined.\n\n1. **Front View:**\n - The structure appears as a continuous line with subtle variations. No significant doubling back or sharp angles are apparent.\n\n2. **Side View:**\n - From this perspective, the structure still looks mostly linear. There are mild deviations, but no obvious signs of abrupt ninety-degree angles or distinct branching-back patterns.\n\n3. **Top View:**\n - The top view also displays a relatively coherent linear path without noticeable splits or irregular angles that would suggest two separate neuron processes improperly merged.\n\nOverall, there do not seem to be any clear signs of merge errors such as axonal structures abruptly changing directions or doubling back, which would be typical indicators of a merge error. The segment in all three views appears to be a single coherent neuronal process without pronounced aberrant features.\n\nConclusion: Based on the presented views and patterns, there is no evident merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136484498988":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + } + }, + "prompt_options":[ + { + "id":"864691136484498988", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691136484498988_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136484498988_644966_457548_921018\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":29820 + }, + "merge_coords":"644966_457548_921018", + "zoom_margin":29820 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1393007, + "timestamp":1734670429, + "merge_coords":[ + 583529.3125, + 387870.0, + 1004227.0 + ], + "interface_point":[ + 583529.3125, + 387870.0, + 1004227.0 + ], + "base_neuron_id":"864691135510270070", + "before_root_ids":[ + 864691135510270070 + ], + "after_root_ids":[ + 864691135343089585, + 864691136664230110 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segment appears quite convoluted with several twists and turns, typical in neuronal structures like axons and dendrites. \n\n1. **Front View**: The segment shows a wavy and irregular pattern, but nothing immediately suggests a merge error such as unusual doubling back or sharp angles that are typical identifiers.\n\n2. **Side View**: There is a more vertical alignment, and while it remains complex, there isn't an apparent 90-degree angle or doubling indicative of a merge error.\n\n3. **Top View**: The top view provides clarity on branching, and it maintains a consistent flow without abrupt changes in direction that would suggest a connection between separate neurons.\n\nConsidering these perspectives, despite the complexity of the shape, there are no features specifically indicative of merging from different neurons or segments such as sharp turns or noticeable structural anomalies in the center region.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segment appears quite convoluted with several twists and turns, typical in neuronal structures like axons and dendrites. \n\n1. **Front View**: The segment shows a wavy and irregular pattern, but nothing immediately suggests a merge error such as unusual doubling back or sharp angles that are typical identifiers.\n\n2. **Side View**: There is a more vertical alignment, and while it remains complex, there isn't an apparent 90-degree angle or doubling indicative of a merge error.\n\n3. **Top View**: The top view provides clarity on branching, and it maintains a consistent flow without abrupt changes in direction that would suggest a connection between separate neurons.\n\nConsidering these perspectives, despite the complexity of the shape, there are no features specifically indicative of merging from different neurons or segments such as sharp turns or noticeable structural anomalies in the center region.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135510270070":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135510270070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + } + ], + "id":"864691135510270070" + }, + { + "task":"split_identification", + "operation_id":1393007, + "timestamp":1734670429, + "merge_coords":[ + 583529.3125, + 387870.0, + 1004227.0 + ], + "interface_point":[ + 583529.3125, + 387870.0, + 1004227.0 + ], + "base_neuron_id":"864691135510270070", + "before_root_ids":[ + 864691135510270070 + ], + "after_root_ids":[ + 864691135343089585, + 864691136664230110 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a neuronal segment from three perspectives: front, side, and top. Based on the images provided:\n\n1. **Front View**: The segment appears relatively linear with no obvious abrupt changes in direction or crossings that could indicate a merge error. It maintains a consistent path without doubling back.\n\n2. **Side View**: Again, the segment follows a linear path, with no sharp angles or significant deviations from a smooth trajectory, which would typically suggest a merge error.\n\n3. **Top View**: While this view shows some irregularities and undulations, there are no apparent instances of the axon forming right angles or atypical intersections that are characteristic of improperly merged segments.\n\nOverall, the analyzed segment does not exhibit features strongly indicative of a merge error. The trajectory appears consistent and smooth across multiple views, maintaining continuity without the signature aberrations expected in merged data.\n\nConsidering these observations, it is unlikely that a merge error has occurred in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show a neuronal segment from three perspectives: front, side, and top. Based on the images provided:\n\n1. **Front View**: The segment appears relatively linear with no obvious abrupt changes in direction or crossings that could indicate a merge error. It maintains a consistent path without doubling back.\n\n2. **Side View**: Again, the segment follows a linear path, with no sharp angles or significant deviations from a smooth trajectory, which would typically suggest a merge error.\n\n3. **Top View**: While this view shows some irregularities and undulations, there are no apparent instances of the axon forming right angles or atypical intersections that are characteristic of improperly merged segments.\n\nOverall, the analyzed segment does not exhibit features strongly indicative of a merge error. The trajectory appears consistent and smooth across multiple views, maintaining continuity without the signature aberrations expected in merged data.\n\nConsidering these observations, it is unlikely that a merge error has occurred in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135510270070":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135510270070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135510270070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135510270070_864691135996445610_583529_387870_1004227\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"583529_387870_1004227", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1393197, + "timestamp":1734672865, + "merge_coords":[ + 854154.0, + 743607.875, + 901771.5 + ], + "interface_point":[ + 854154.0, + 743607.875, + 901771.5 + ], + "base_neuron_id":"864691135760313678", + "before_root_ids":[ + 864691135760313678 + ], + "after_root_ids":[ + 864691136176736262, + 864691135324514972 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D reconstruction of a neuron segment from three different perspectives. The task is to assess whether there is a merge error, indicated by unusual axonal morphology, such as doubling back, sharp angles, or any other features suggesting incorrect merging of segments from different neurons.\n\n1. **Front View:**\n - The main structure extends without significant abnormalities or sharp angles visible from this perspective. \n - Branching appears natural with no apparent doubling back.\n\n2. **Side View:**\n - The side view also does not reveal any clear instances of sharp angles or sections where the axon seems to double back on itself.\n - Branching patterns remain consistent and non-aberrant.\n\n3. **Top View:**\n - In this view, no obvious signs of merge errors, such as around ninety degree angles, are visible.\n - The structure maintains a cohesive appearance without abrupt directional changes.\n\nAcross all perspectives, the segment appears to maintain a consistent, plausible structure. Typical merge error indicators like unnatural angular connections or doubled-back axons do not seem present. The absence of these features suggests that the segments appropriately belong to a single neuron without erroneous merging from others.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D reconstruction of a neuron segment from three different perspectives. The task is to assess whether there is a merge error, indicated by unusual axonal morphology, such as doubling back, sharp angles, or any other features suggesting incorrect merging of segments from different neurons.\n\n1. **Front View:**\n - The main structure extends without significant abnormalities or sharp angles visible from this perspective. \n - Branching appears natural with no apparent doubling back.\n\n2. **Side View:**\n - The side view also does not reveal any clear instances of sharp angles or sections where the axon seems to double back on itself.\n - Branching patterns remain consistent and non-aberrant.\n\n3. **Top View:**\n - In this view, no obvious signs of merge errors, such as around ninety degree angles, are visible.\n - The structure maintains a cohesive appearance without abrupt directional changes.\n\nAcross all perspectives, the segment appears to maintain a consistent, plausible structure. Typical merge error indicators like unnatural angular connections or doubled-back axons do not seem present. The absence of these features suggests that the segments appropriately belong to a single neuron without erroneous merging from others.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135760313678":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + } + }, + "prompt_options":[ + { + "id":"864691135760313678", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + } + ], + "id":"864691135760313678" + }, + { + "task":"split_identification", + "operation_id":1393197, + "timestamp":1734672865, + "merge_coords":[ + 854154.0, + 743607.875, + 901771.5 + ], + "interface_point":[ + 854154.0, + 743607.875, + 901771.5 + ], + "base_neuron_id":"864691135760313678", + "before_root_ids":[ + 864691135760313678 + ], + "after_root_ids":[ + 864691136176736262, + 864691135324514972 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided images, I am looking for typical signs of merge errors, which could indicate that segmentation processes from different neurons have been mistakenly grouped together. \n\n1. **Front View**: This image shows the branching structure of the neuron. There are no clear signs of aberrant branches such as ninety-degree angles or areas where the axon appears to double back on itself.\n\n2. **Side View**: The side view continues to show a consistent branching pattern typical of dendrites and axonal structures without sharp turns or unusual backwards branching that would suggest a merge error.\n\n3. **Top View**: The top view also maintains the natural continuity of neural branching and does not present any abrupt turns or doubling back. \n\nAcross all three views, the branching patterns appear consistent with a single neuron's morphology without indications of intermingled processes from another neuron. \n\nConsidering the consistency and the natural appearance of the neurite structures in all three views, there do not seem to be any merge errors within the center of the volume provided.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided images, I am looking for typical signs of merge errors, which could indicate that segmentation processes from different neurons have been mistakenly grouped together. \n\n1. **Front View**: This image shows the branching structure of the neuron. There are no clear signs of aberrant branches such as ninety-degree angles or areas where the axon appears to double back on itself.\n\n2. **Side View**: The side view continues to show a consistent branching pattern typical of dendrites and axonal structures without sharp turns or unusual backwards branching that would suggest a merge error.\n\n3. **Top View**: The top view also maintains the natural continuity of neural branching and does not present any abrupt turns or doubling back. \n\nAcross all three views, the branching patterns appear consistent with a single neuron's morphology without indications of intermingled processes from another neuron. \n\nConsidering the consistency and the natural appearance of the neurite structures in all three views, there do not seem to be any merge errors within the center of the volume provided.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135760313678":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + } + }, + "prompt_options":[ + { + "id":"864691135760313678", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135760313678_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135760313678_864691135996445610_854154_743607_901771\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":105042 + }, + "merge_coords":"854154_743607_901771", + "zoom_margin":105042 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1394718, + "timestamp":1734680317, + "merge_coords":[ + 1373389.5, + 571294.5, + 998655.0 + ], + "interface_point":[ + 1373389.5, + 571294.5, + 998655.0 + ], + "base_neuron_id":"864691135338146790", + "before_root_ids":[ + 864691135338146790 + ], + "after_root_ids":[ + 864691135360485720, + 864691135105724493 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided 3D segmentation images of neuronal data, we must identify potential merge errors, which could indicate that processes from different neurons have been erroneously grouped. Key signs of merge errors include unnatural structural formations such as axonal doubling back or abrupt right-angle joins.\n\n1. **Front View**: The structures appear elongated and mostly consistent without any obvious abrupt changes in direction. The branching pattern seems regular.\n\n2. **Side View**: Similarly, the processes are linear with branch points that seem typical, without sharp bends characteristic of joining errors.\n\n3. **Top View**: This perspective also shows continuous, smooth features. There are no noticeable sharp angles or abnormal branch orientations.\n\nAcross these views, the processes are uniform and exhibit the expected morphology without visible indicators of a merge error. Therefore, the segment seems correctly merged.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images of neuronal data, we must identify potential merge errors, which could indicate that processes from different neurons have been erroneously grouped. Key signs of merge errors include unnatural structural formations such as axonal doubling back or abrupt right-angle joins.\n\n1. **Front View**: The structures appear elongated and mostly consistent without any obvious abrupt changes in direction. The branching pattern seems regular.\n\n2. **Side View**: Similarly, the processes are linear with branch points that seem typical, without sharp bends characteristic of joining errors.\n\n3. **Top View**: This perspective also shows continuous, smooth features. There are no noticeable sharp angles or abnormal branch orientations.\n\nAcross these views, the processes are uniform and exhibit the expected morphology without visible indicators of a merge error. Therefore, the segment seems correctly merged.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135338146790":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + } + }, + "prompt_options":[ + { + "id":"864691135338146790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + } + ], + "id":"864691135338146790" + }, + { + "task":"split_identification", + "operation_id":1394718, + "timestamp":1734680317, + "merge_coords":[ + 1373389.5, + 571294.5, + 998655.0 + ], + "interface_point":[ + 1373389.5, + 571294.5, + 998655.0 + ], + "base_neuron_id":"864691135338146790", + "before_root_ids":[ + 864691135338146790 + ], + "after_root_ids":[ + 864691135360485720, + 864691135105724493 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the 3D segmentation images from the front, side, and top perspectives, we look for typical indicators of merge errors. This includes structures where the axon may appear to double back after branching or form abrupt angles suggestive of inappropriate merging with another neuron's structure.\n\n1. **Front View:**\n - There is a noticeable complexity in the processes but no evident signs of merges such as abrupt 90-degree angles or doubling-back patterns.\n \n2. **Side View:**\n - The linearity observed in the side view suggests continuity, and no branch appears to exhibit the significant twists or unusual angles associated with merge errors.\n \n3. **Top View:**\n - Similar to the other views, the continuity and directionality remain normal, with no processes showing erratic patterns or obvious indications of merge errors.\n\nOverall, each view presents neuron processes that appear uniform and consistent without clear signs of merging errors. The structure looks coherent and does not exhibit unnatural branching or joining that would suggest it involves multiple neurons.\n\nThough there could be subtle hints in dense projections, they are not substantial enough to indicate a significant merge error within the central volume analyzed.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the 3D segmentation images from the front, side, and top perspectives, we look for typical indicators of merge errors. This includes structures where the axon may appear to double back after branching or form abrupt angles suggestive of inappropriate merging with another neuron's structure.\n\n1. **Front View:**\n - There is a noticeable complexity in the processes but no evident signs of merges such as abrupt 90-degree angles or doubling-back patterns.\n \n2. **Side View:**\n - The linearity observed in the side view suggests continuity, and no branch appears to exhibit the significant twists or unusual angles associated with merge errors.\n \n3. **Top View:**\n - Similar to the other views, the continuity and directionality remain normal, with no processes showing erratic patterns or obvious indications of merge errors.\n\nOverall, each view presents neuron processes that appear uniform and consistent without clear signs of merging errors. The structure looks coherent and does not exhibit unnatural branching or joining that would suggest it involves multiple neurons.\n\nThough there could be subtle hints in dense projections, they are not substantial enough to indicate a significant merge error within the central volume analyzed.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135338146790":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + } + }, + "prompt_options":[ + { + "id":"864691135338146790", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135338146790_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135338146790_864691135996445610_1373389_571294_998655\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":16422 + }, + "merge_coords":"1373389_571294_998655", + "zoom_margin":16422 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1395837, + "timestamp":1734827460, + "merge_coords":[ + 1473592.125, + 562141.5625, + 1003585.0625 + ], + "interface_point":[ + 1473592.125, + 562141.5625, + 1003585.0625 + ], + "base_neuron_id":"864691135483940435", + "before_root_ids":[ + 864691135483940435 + ], + "after_root_ids":[ + 864691135477693608, + 864691136268039156 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nBased on the images provided:\n\n1. **Front View**: The structure shows some branching characteristic of neuronal processes. It's not immediately clear from this view if there's any doubling back or abrupt angles that would indicate a merge error.\n\n2. **Side View**: This perspective offers a clearer look at potential angles. However, it doesn't prominently display any sections that double back or form an unnatural angle, such as a strict ninety-degree angle that would suggest a merger.\n\n3. **Top View**: The top view usually clarifies lateral branching and sharper angles. Like the side view, this perspective does not distinctly exhibit any significant angular anomalies that are indicative of a merge error.\n\nOverall, the structures from the three views do not display obvious indicators of merge errors such as sharp ninety-degree angles or doubling back within the center region. The branching appears consistent with normal axonal or dendritic structures.\n\nWhile the three-dimensional perspective might obscure finer details, based on the visible features, there is no apparent merge error that would necessitate splitting the segment.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Based on the images provided:\n\n1. **Front View**: The structure shows some branching characteristic of neuronal processes. It's not immediately clear from this view if there's any doubling back or abrupt angles that would indicate a merge error.\n\n2. **Side View**: This perspective offers a clearer look at potential angles. However, it doesn't prominently display any sections that double back or form an unnatural angle, such as a strict ninety-degree angle that would suggest a merger.\n\n3. **Top View**: The top view usually clarifies lateral branching and sharper angles. Like the side view, this perspective does not distinctly exhibit any significant angular anomalies that are indicative of a merge error.\n\nOverall, the structures from the three views do not display obvious indicators of merge errors such as sharp ninety-degree angles or doubling back within the center region. The branching appears consistent with normal axonal or dendritic structures.\n\nWhile the three-dimensional perspective might obscure finer details, based on the visible features, there is no apparent merge error that would necessitate splitting the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135483940435":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + } + }, + "prompt_options":[ + { + "id":"864691135483940435", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + } + ], + "id":"864691135483940435" + }, + { + "task":"split_identification", + "operation_id":1395837, + "timestamp":1734827460, + "merge_coords":[ + 1473592.125, + 562141.5625, + 1003585.0625 + ], + "interface_point":[ + 1473592.125, + 562141.5625, + 1003585.0625 + ], + "base_neuron_id":"864691135483940435", + "before_root_ids":[ + 864691135483940435 + ], + "after_root_ids":[ + 864691135477693608, + 864691136268039156 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images illustrate a complex neuronal process, possibly an axon or dendrite, captured from three angles: front, side, and top. The structure appears to exhibit a consistent, elongated morphology which is typically indicative of a singular neuronal process without inappropriate merging.\n\nFrom the side and top views, the segment maintains a generally linear trajectory without sharp angles or apparent deviations from a singular path, which are common signs of a merge error. There's no evidence of the structure doubling back on itself, thus reducing the likelihood of aberrant merging.\n\nIn the front view, any branching seems to follow a natural projection without unnecessary or sharp angles that would suggest different neuronal processes being incorrectly combined. This consistency across all views implies that the segmentation likely represents a continuous part of the neuron rather than a merge error.\n\nConsidering these observations, the uniformity and directionality of the segment across all views do not strongly indicate a merge error that would require the segment to be split.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images illustrate a complex neuronal process, possibly an axon or dendrite, captured from three angles: front, side, and top. The structure appears to exhibit a consistent, elongated morphology which is typically indicative of a singular neuronal process without inappropriate merging.\n\nFrom the side and top views, the segment maintains a generally linear trajectory without sharp angles or apparent deviations from a singular path, which are common signs of a merge error. There's no evidence of the structure doubling back on itself, thus reducing the likelihood of aberrant merging.\n\nIn the front view, any branching seems to follow a natural projection without unnecessary or sharp angles that would suggest different neuronal processes being incorrectly combined. This consistency across all views implies that the segmentation likely represents a continuous part of the neuron rather than a merge error.\n\nConsidering these observations, the uniformity and directionality of the segment across all views do not strongly indicate a merge error that would require the segment to be split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135483940435":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + } + }, + "prompt_options":[ + { + "id":"864691135483940435", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135483940435_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135483940435_864691135996445610_1473592_562141_1003585\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":8778 + }, + "merge_coords":"1473592_562141_1003585", + "zoom_margin":8778 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1395917, + "timestamp":1734829253, + "merge_coords":[ + 1446609.75, + 596676.125, + 1010175.4375 + ], + "interface_point":[ + 1446609.75, + 596676.125, + 1010175.4375 + ], + "base_neuron_id":"864691135209459065", + "before_root_ids":[ + 864691135209459065 + ], + "after_root_ids":[ + 864691136120187160, + 864691135347028895 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided are from a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. The task is to identify potential merge errors indicative of processes from different neurons being incorrectly grouped together. \n\n**Front View:**\n- In this view, the structure appears mostly continuous, following a neural-like branching pattern. There is a significant amount of branching that looks consistent with dendritic or axonal growth. \n\n**Side View:**\n- Here, the structure maintains a similar pattern of branching. However, there are some areas where the processes seem to make sharp turns or double back on the existing path, which could indicate potential merge errors.\n\n**Top View:**\n- From the top perspective, the arrangement also shows a neural branching pattern, but there is a noticeable area where the branches seem to form sharp angles or loop back.\n\nBased on the visual data from different angles, there are a few potential indicators of merge errors. Specifically, the observation of aberrant axonal structures such as doubling back after branching off or forming a ninety-degree angle at merging points suggests that the segment may contain processes from more than one neuron.\n\nConsidering these observations, there are reasons to suspect merge errors in the provided segmentation.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided are from a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. The task is to identify potential merge errors indicative of processes from different neurons being incorrectly grouped together. \n\n**Front View:**\n- In this view, the structure appears mostly continuous, following a neural-like branching pattern. There is a significant amount of branching that looks consistent with dendritic or axonal growth. \n\n**Side View:**\n- Here, the structure maintains a similar pattern of branching. However, there are some areas where the processes seem to make sharp turns or double back on the existing path, which could indicate potential merge errors.\n\n**Top View:**\n- From the top perspective, the arrangement also shows a neural branching pattern, but there is a noticeable area where the branches seem to form sharp angles or loop back.\n\nBased on the visual data from different angles, there are a few potential indicators of merge errors. Specifically, the observation of aberrant axonal structures such as doubling back after branching off or forming a ninety-degree angle at merging points suggests that the segment may contain processes from more than one neuron.\n\nConsidering these observations, there are reasons to suspect merge errors in the provided segmentation.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135209459065":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + } + }, + "prompt_options":[ + { + "id":"864691135209459065", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + } + ], + "id":"864691135209459065" + }, + { + "task":"split_identification", + "operation_id":1395917, + "timestamp":1734829253, + "merge_coords":[ + 1446609.75, + 596676.125, + 1010175.4375 + ], + "interface_point":[ + 1446609.75, + 596676.125, + 1010175.4375 + ], + "base_neuron_id":"864691135209459065", + "before_root_ids":[ + 864691135209459065 + ], + "after_root_ids":[ + 864691136120187160, + 864691135347028895 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images from the three perspectives (front, side, top), I looked for signs of merge errors, which could include unusual structural features such as axonal doubling or abrupt angles suggesting inappropriate merging of disparate neuronal processes.\n\nIn the front view, the segment appears to have a consistent path with no obvious doubling back or sharp angles. The structure is linear and follows a natural flow indicative of a single process.\n\nIn the side view, while there are fluctuations in the path, they seem to follow a logical progression without sudden or unnatural bends. There is no evidence of the segment turning back on itself or forming sharp ninety-degree angles.\n\nThe top view also maintains a coherent linear structure with a continuous path. There are no distinct features which suggest an inappropriate branching or merging of different neuronal processes.\n\nOverall, the segment appears to have the morphological characteristics of a single neuronal process, and there is no indication of a merge error across the three views analyzed. \n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Upon examining the images from the three perspectives (front, side, top), I looked for signs of merge errors, which could include unusual structural features such as axonal doubling or abrupt angles suggesting inappropriate merging of disparate neuronal processes.\n\nIn the front view, the segment appears to have a consistent path with no obvious doubling back or sharp angles. The structure is linear and follows a natural flow indicative of a single process.\n\nIn the side view, while there are fluctuations in the path, they seem to follow a logical progression without sudden or unnatural bends. There is no evidence of the segment turning back on itself or forming sharp ninety-degree angles.\n\nThe top view also maintains a coherent linear structure with a continuous path. There are no distinct features which suggest an inappropriate branching or merging of different neuronal processes.\n\nOverall, the segment appears to have the morphological characteristics of a single neuronal process, and there is no indication of a merge error across the three views analyzed.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135209459065":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + } + }, + "prompt_options":[ + { + "id":"864691135209459065", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135209459065_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135209459065_864691135996445610_1446609_596676_1010175\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":33012 + }, + "merge_coords":"1446609_596676_1010175", + "zoom_margin":33012 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396090, + "timestamp":1734832678, + "merge_coords":[ + 1016988.0, + 447258.0, + 774697.0 + ], + "interface_point":[ + 1016988.0, + 447258.0, + 774697.0 + ], + "base_neuron_id":"864691135464287550", + "before_root_ids":[ + 864691135464287550 + ], + "after_root_ids":[ + 864691136484502060, + 864691135996410282 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a segmented portion of neuronal data from three perspectives: front, side, and top. In examining these images, we are looking for signs of merge errors, which might include unusual morphological features such as abrupt angles or the segment doubling back on itself.\n\nIn the front view, there appears to be a continuous, undisturbed path with no obvious signs of abrupt turns or doubling back that would signify a merge error.\n\nIn the side view, the segment maintains a consistent direction, and no ninety-degree angles or overlaps are apparent, which often suggest merge errors.\n\nIn the top view, the trajectory of the segment shows a fluid, continuous path without any dramatic changes in direction or unusual branching.\n\nAcross all views, the segment appears to be a part of a single process without any indications of inappropriate merging from different neurons. The structure maintains an expected trajectory without the identified markers of a merge error.\n\nTherefore, the segment seems consistent with a single neuronal process, and no merge errors are discernible.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a segmented portion of neuronal data from three perspectives: front, side, and top. In examining these images, we are looking for signs of merge errors, which might include unusual morphological features such as abrupt angles or the segment doubling back on itself.\n\nIn the front view, there appears to be a continuous, undisturbed path with no obvious signs of abrupt turns or doubling back that would signify a merge error.\n\nIn the side view, the segment maintains a consistent direction, and no ninety-degree angles or overlaps are apparent, which often suggest merge errors.\n\nIn the top view, the trajectory of the segment shows a fluid, continuous path without any dramatic changes in direction or unusual branching.\n\nAcross all views, the segment appears to be a part of a single process without any indications of inappropriate merging from different neurons. The structure maintains an expected trajectory without the identified markers of a merge error.\n\nTherefore, the segment seems consistent with a single neuronal process, and no merge errors are discernible.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135464287550":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + } + }, + "prompt_options":[ + { + "id":"864691135464287550", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + } + ], + "id":"864691135464287550" + }, + { + "task":"split_identification", + "operation_id":1396090, + "timestamp":1734832678, + "merge_coords":[ + 1016988.0, + 447258.0, + 774697.0 + ], + "interface_point":[ + 1016988.0, + 447258.0, + 774697.0 + ], + "base_neuron_id":"864691135464287550", + "before_root_ids":[ + 864691135464287550 + ], + "after_root_ids":[ + 864691136484502060, + 864691135996410282 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we observe a 3D neuron segmentation from three different perspectives: front, side, and top. We are checking for merge errors, which could suggest that processes from different neurons have been incorrectly combined during segmentation.\n\n1. **Front View:**\n - The structure appears mostly linear without obvious unusual branching or doubling back.\n - No apparent abrupt angles or unusual looping patterns suggesting an error.\n\n2. **Side View:**\n - The side perspective shows a consistent linear path without sharp deviations or structures that could indicate a merge with another neuron.\n - The continuity of the path seems maintained throughout the viewed section.\n\n3. **Top View:**\n - From this angle, the segment maintains a smooth progression with no prominent signs of overlap or abrupt 90-degree angles.\n - No anomalies in curvature or path direction that could suggest a merge error.\n\nOverall, from all three perspectives, there is no clear evidence of the characteristics typical of a merge error, such as doubling back, sharp 90-degree angles, or overlapped structures indicative of an inappropriate join. The segment appears to correspond to a cohesive process of a single neuron throughout this volume.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we observe a 3D neuron segmentation from three different perspectives: front, side, and top. We are checking for merge errors, which could suggest that processes from different neurons have been incorrectly combined during segmentation.\n\n1. **Front View:**\n - The structure appears mostly linear without obvious unusual branching or doubling back.\n - No apparent abrupt angles or unusual looping patterns suggesting an error.\n\n2. **Side View:**\n - The side perspective shows a consistent linear path without sharp deviations or structures that could indicate a merge with another neuron.\n - The continuity of the path seems maintained throughout the viewed section.\n\n3. **Top View:**\n - From this angle, the segment maintains a smooth progression with no prominent signs of overlap or abrupt 90-degree angles.\n - No anomalies in curvature or path direction that could suggest a merge error.\n\nOverall, from all three perspectives, there is no clear evidence of the characteristics typical of a merge error, such as doubling back, sharp 90-degree angles, or overlapped structures indicative of an inappropriate join. The segment appears to correspond to a cohesive process of a single neuron throughout this volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135464287550":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + } + }, + "prompt_options":[ + { + "id":"864691135464287550", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135464287550_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135464287550_864691135996445610_1016988_447258_774697\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":26712 + }, + "merge_coords":"1016988_447258_774697", + "zoom_margin":26712 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396099, + "timestamp":1734833085, + "merge_coords":[ + 1009589.0, + 429247.0, + 780034.5 + ], + "interface_point":[ + 1009589.0, + 429247.0, + 780034.5 + ], + "base_neuron_id":"864691135623859267", + "before_root_ids":[ + 864691135623859267 + ], + "after_root_ids":[ + 864691135976184943, + 864691136057918680 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nAnalyzing the 3D segment from the front, side, and top views, the structure appears to exhibit characteristics that could suggest a merge error.\n\n1. **Front View**: The segment appears elongated with branching. However, there is a noticeable twist or folding back, which might indicate a possible merge error, as such structural patterns are often indications of an axon branching back onto itself.\n\n2. **Side View**: This view shows further evidence of potential structural anomalies, such as sharp angling, which is uncommon in natural axonal projections. Axons typically have smoother trajectories unless a merge error has occurred.\n\n3. **Top View**: The segment again shows an uncharacteristically sharp bend and overlap. Such features may suggest that this segment could be two distinct axonal structures incorrectly fused together.\n\nThese observations collectively point towards a probable merge error in the segment, warranting further investigation and likely corrections.\n\n<\/analysis>\n1<\/answer>", + "model_analysis":"Analyzing the 3D segment from the front, side, and top views, the structure appears to exhibit characteristics that could suggest a merge error.\n\n1. **Front View**: The segment appears elongated with branching. However, there is a noticeable twist or folding back, which might indicate a possible merge error, as such structural patterns are often indications of an axon branching back onto itself.\n\n2. **Side View**: This view shows further evidence of potential structural anomalies, such as sharp angling, which is uncommon in natural axonal projections. Axons typically have smoother trajectories unless a merge error has occurred.\n\n3. **Top View**: The segment again shows an uncharacteristically sharp bend and overlap. Such features may suggest that this segment could be two distinct axonal structures incorrectly fused together.\n\nThese observations collectively point towards a probable merge error in the segment, warranting further investigation and likely corrections.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135623859267":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135623859267", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + } + ], + "id":"864691135623859267" + }, + { + "task":"split_identification", + "operation_id":1396099, + "timestamp":1734833085, + "merge_coords":[ + 1009589.0, + 429247.0, + 780034.5 + ], + "interface_point":[ + 1009589.0, + 429247.0, + 780034.5 + ], + "base_neuron_id":"864691135623859267", + "before_root_ids":[ + 864691135623859267 + ], + "after_root_ids":[ + 864691135976184943, + 864691136057918680 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nIn the analysis of the given 3D segmentation of neuronal data, we are looking for signs of potential merge errors. These errors manifest as abnormal structures, such as abrupt angles or odd doubling-back of axonal branches that may indicate inappropriate merging of processes from different neurons.\n\n1. **Front View:** The segment appears as a long, continuous structure with a fairly consistent thickness. There are some undulations, but nothing immediately suggests an abnormal angle or doubling-back.\n\n2. **Side View:** When looking from the side, the segment has a branching appearance. It's important to focus on whether there are any sharp angles or unnatural twists, which could imply a merge error. Here, the branches seem to diverge smoothly without forming abrupt angles.\n\n3. **Top View:** The top view provides a broader picture of the segment's layout. Again, we look for any segments that return sharply or diverge at right angles, indicating potential errors. The structure maintains its continuity without displaying the characteristic signs of merging different neuronal processes.\n\nOverall, while the morphology is complex, the segment does not show clear signs of the typical aberrations associated with merge errors. The branching appears natural without sharp angles or doubling-back formations.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the analysis of the given 3D segmentation of neuronal data, we are looking for signs of potential merge errors. These errors manifest as abnormal structures, such as abrupt angles or odd doubling-back of axonal branches that may indicate inappropriate merging of processes from different neurons.\n\n1. **Front View:** The segment appears as a long, continuous structure with a fairly consistent thickness. There are some undulations, but nothing immediately suggests an abnormal angle or doubling-back.\n\n2. **Side View:** When looking from the side, the segment has a branching appearance. It's important to focus on whether there are any sharp angles or unnatural twists, which could imply a merge error. Here, the branches seem to diverge smoothly without forming abrupt angles.\n\n3. **Top View:** The top view provides a broader picture of the segment's layout. Again, we look for any segments that return sharply or diverge at right angles, indicating potential errors. The structure maintains its continuity without displaying the characteristic signs of merging different neuronal processes.\n\nOverall, while the morphology is complex, the segment does not show clear signs of the typical aberrations associated with merge errors. The branching appears natural without sharp angles or doubling-back formations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135623859267":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135623859267", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135623859267_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135623859267_864691135996445610_1009589_429247_780034\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009589_429247_780034", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396106, + "timestamp":1734833142, + "merge_coords":[ + 1009900.5, + 429870.0, + 779887.5 + ], + "interface_point":[ + 1009900.5, + 429870.0, + 779887.5 + ], + "base_neuron_id":"864691135976184943", + "before_root_ids":[ + 864691135976184943 + ], + "after_root_ids":[ + 864691136010836398, + 864691135640667195 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the provided images from different perspectives, I am looking for typical signs of merge errors in the neuronal structures. These include:\n\n1. **Aberrant Structures:** Looking for unusual looping or doubling back of branches, which could indicate a merging of axons or dendrites from different neurons.\n\n2. **Angular Joins:** Identifying any sudden 90-degree angles that suggest an unnatural joining of segments.\n\nIn the images, I notice irregular branching, but I will particularly focus on the center of the image volumes, where merges are more likely to occur.\n\n- **Front View:** The segment appears to have multiple branching points. I observe careful transitions in most junctions.\n \n- **Side View:** The segment shows a relatively smooth branching, though some branches have slight turns.\n \n- **Top View:** While some branches appear to join at sharp angles, none are precisely 90 degrees, which is common for axonal merges.\n\nOverall, the observed branching appears consistent with normal neuronal morphology, and no distinct evidence of merge error is spotted. The transitions seem functionally plausible without any glaring anomalies that definitively suggest neuronal processes from different sources have been merged.\n\n<\/analysis>\n-1<\/answer>", + "model_analysis":"Upon examining the provided images from different perspectives, I am looking for typical signs of merge errors in the neuronal structures. These include:\n\n1. **Aberrant Structures:** Looking for unusual looping or doubling back of branches, which could indicate a merging of axons or dendrites from different neurons.\n\n2. **Angular Joins:** Identifying any sudden 90-degree angles that suggest an unnatural joining of segments.\n\nIn the images, I notice irregular branching, but I will particularly focus on the center of the image volumes, where merges are more likely to occur.\n\n- **Front View:** The segment appears to have multiple branching points. I observe careful transitions in most junctions.\n \n- **Side View:** The segment shows a relatively smooth branching, though some branches have slight turns.\n \n- **Top View:** While some branches appear to join at sharp angles, none are precisely 90 degrees, which is common for axonal merges.\n\nOverall, the observed branching appears consistent with normal neuronal morphology, and no distinct evidence of merge error is spotted. The transitions seem functionally plausible without any glaring anomalies that definitively suggest neuronal processes from different sources have been merged.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135976184943":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135976184943", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + } + ], + "id":"864691135976184943" + }, + { + "task":"split_identification", + "operation_id":1396106, + "timestamp":1734833142, + "merge_coords":[ + 1009900.5, + 429870.0, + 779887.5 + ], + "interface_point":[ + 1009900.5, + 429870.0, + 779887.5 + ], + "base_neuron_id":"864691135976184943", + "before_root_ids":[ + 864691135976184943 + ], + "after_root_ids":[ + 864691136010836398, + 864691135640667195 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation of the neuronal data is shown from three perspectives: front, side, and top. To assess the presence of a merge error, key indicators such as the structure of the process, angles, and potential unnatural formations need to be evaluated.\n\n1. **Front View**: The segment appears to have an elongated structure with some branching. There doesn't seem to be an immediate visual cue of a significant doubling back or an abrupt angle.\n\n2. **Side View**: From this view, the segment seems to maintain a relatively smooth and continuous form. No extreme ninety-degree angles or unexpected bends appear evident.\n\n3. **Top View**: The top view presents a similar observation to the side view, with a consistent segmentation path. There are some branches, but they don't illustrate characteristics typical of a merge error.\n\nOverall, the segment maintains a continuous and logical morphology across the views, without distinct signs of inappropriate merges like doubled-back branches or unnatural sharp angles. Therefore, the data does not strongly suggest a merge error is present.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation of the neuronal data is shown from three perspectives: front, side, and top. To assess the presence of a merge error, key indicators such as the structure of the process, angles, and potential unnatural formations need to be evaluated.\n\n1. **Front View**: The segment appears to have an elongated structure with some branching. There doesn't seem to be an immediate visual cue of a significant doubling back or an abrupt angle.\n\n2. **Side View**: From this view, the segment seems to maintain a relatively smooth and continuous form. No extreme ninety-degree angles or unexpected bends appear evident.\n\n3. **Top View**: The top view presents a similar observation to the side view, with a consistent segmentation path. There are some branches, but they don't illustrate characteristics typical of a merge error.\n\nOverall, the segment maintains a continuous and logical morphology across the views, without distinct signs of inappropriate merges like doubled-back branches or unnatural sharp angles. Therefore, the data does not strongly suggest a merge error is present.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135976184943":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135976184943", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135976184943_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135976184943_864691135996445610_1009900_429870_779887\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1009900_429870_779887", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396224, + "timestamp":1734835108, + "merge_coords":[ + 875915.25, + 403782.75, + 761349.75 + ], + "interface_point":[ + 875915.25, + 403782.75, + 761349.75 + ], + "base_neuron_id":"864691136747346030", + "before_root_ids":[ + 864691136747346030 + ], + "after_root_ids":[ + 864691134941696099, + 864691135492423655 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D structure in the images exhibits a complex branching pattern typical of neuronal processes. Here's the analysis by perspectives:\n\n1. **Front View:** The structure appears to extend in various directions, but there is no straightforward evidence of an unusual doubling back or a sharp angular turn in this view.\n\n2. **Side View:** This view helps in identifying any unusual looping or sharp bends. Here, the processes appear relatively consistent with expected neuronal morphology, with no abrupt ninety-degree turns or unnatural bends.\n\n3. **Top View:** In this view, the branching appears linear and consistent with normal neuronal morphology.\n\nDespite the complex structure, there is no clear indication of a merge error such as abrupt ninety-degree angles or sections of the structure doubling back. The branching seems consistent across views. Without explicit signs of aberrant structure, it aligns with typical neuronal architecture. \n\nTherefore, based on the provided images, there is no detectable merge error in this segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D structure in the images exhibits a complex branching pattern typical of neuronal processes. Here's the analysis by perspectives:\n\n1. **Front View:** The structure appears to extend in various directions, but there is no straightforward evidence of an unusual doubling back or a sharp angular turn in this view.\n\n2. **Side View:** This view helps in identifying any unusual looping or sharp bends. Here, the processes appear relatively consistent with expected neuronal morphology, with no abrupt ninety-degree turns or unnatural bends.\n\n3. **Top View:** In this view, the branching appears linear and consistent with normal neuronal morphology.\n\nDespite the complex structure, there is no clear indication of a merge error such as abrupt ninety-degree angles or sections of the structure doubling back. The branching seems consistent across views. Without explicit signs of aberrant structure, it aligns with typical neuronal architecture. \n\nTherefore, based on the provided images, there is no detectable merge error in this segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136747346030":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + } + }, + "prompt_options":[ + { + "id":"864691136747346030", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + } + ], + "id":"864691136747346030" + }, + { + "task":"split_identification", + "operation_id":1396224, + "timestamp":1734835108, + "merge_coords":[ + 875915.25, + 403782.75, + 761349.75 + ], + "interface_point":[ + 875915.25, + 403782.75, + 761349.75 + ], + "base_neuron_id":"864691136747346030", + "before_root_ids":[ + 864691136747346030 + ], + "after_root_ids":[ + 864691134941696099, + 864691135492423655 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nIn evaluating the 3D segmentation from the images provided, we must focus on identifying potential merge errors such as doubling back or sharp angles. Here is the analysis based on the three perspectives:\n\n1. **Front View:**\n - The structure appears meandering and has some undulations.\n - Notably, there are no apparent regions where the segment sharply doubles back on itself or exhibits abrupt turns typical of a merge error.\n\n2. **Side View:**\n - The segment seems mostly linear with some curvature, consistent with typical axonal paths.\n - No significant ninety-degree angles or intersections are visible, which reduces the likelihood of a merge from different neurons.\n\n3. **Top View:**\n - The observed curvature supports a continuous process, with no acute angles that could indicate a branching or merging error.\n - The continuity and smoothness suggest that the segmentation corresponds to a single neuron's axon or dendrite.\n\nOverall, there are no significant indicators of typical merge errors. The shape remains consistent and does not show abrupt directional changes or crossover that are characteristic of different axonal branches being inappropriately joined.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In evaluating the 3D segmentation from the images provided, we must focus on identifying potential merge errors such as doubling back or sharp angles. Here is the analysis based on the three perspectives:\n\n1. **Front View:**\n - The structure appears meandering and has some undulations.\n - Notably, there are no apparent regions where the segment sharply doubles back on itself or exhibits abrupt turns typical of a merge error.\n\n2. **Side View:**\n - The segment seems mostly linear with some curvature, consistent with typical axonal paths.\n - No significant ninety-degree angles or intersections are visible, which reduces the likelihood of a merge from different neurons.\n\n3. **Top View:**\n - The observed curvature supports a continuous process, with no acute angles that could indicate a branching or merging error.\n - The continuity and smoothness suggest that the segmentation corresponds to a single neuron's axon or dendrite.\n\nOverall, there are no significant indicators of typical merge errors. The shape remains consistent and does not show abrupt directional changes or crossover that are characteristic of different axonal branches being inappropriately joined.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136747346030":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + } + }, + "prompt_options":[ + { + "id":"864691136747346030", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691136747346030_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135996445610_864691136747346030_875915_403782_761349\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":6888 + }, + "merge_coords":"875915_403782_761349", + "zoom_margin":6888 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396776, + "timestamp":1734851813, + "merge_coords":[ + 733603.5, + 691813.5, + 960125.25 + ], + "interface_point":[ + 733603.5, + 691813.5, + 960125.25 + ], + "base_neuron_id":"864691135500144836", + "before_root_ids":[ + 864691135500144836 + ], + "after_root_ids":[ + 864691135970568805, + 864691134941700451 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images present a 3D segmentation of neuronal data viewed from the front, side, and top. In analyzing these perspectives, we focus on identifying potential merge errors characterized by unusual structural formations such as the neuron processes doubling back or forming sharp angles.\n\n1. **Front View**: This view shows multiple branches extending from a central point. There is a complex intertwining of processes, but no clear evidence of doubling back or sudden ninety-degree angles that would indicate a merge error.\n\n2. **Side View**: From this angle, the branches appear more linear, extending outward without obvious irregular curvatures or abrupt directional changes typical of a merge error.\n\n3. **Top View**: Provides a clearer layout of the branching structure. The processes diverge from a central point, and do not display the typical signs of crossing or looping that would suggest the presence of another neuron's segment being incorrectly merged.\n\nOverall, the observations from the three views do not reveal any clear signs of structural irregularities that suggest a merge error. The branches maintain a consistent and expected pattern for a single neuron without distinctive deviations.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images present a 3D segmentation of neuronal data viewed from the front, side, and top. In analyzing these perspectives, we focus on identifying potential merge errors characterized by unusual structural formations such as the neuron processes doubling back or forming sharp angles.\n\n1. **Front View**: This view shows multiple branches extending from a central point. There is a complex intertwining of processes, but no clear evidence of doubling back or sudden ninety-degree angles that would indicate a merge error.\n\n2. **Side View**: From this angle, the branches appear more linear, extending outward without obvious irregular curvatures or abrupt directional changes typical of a merge error.\n\n3. **Top View**: Provides a clearer layout of the branching structure. The processes diverge from a central point, and do not display the typical signs of crossing or looping that would suggest the presence of another neuron's segment being incorrectly merged.\n\nOverall, the observations from the three views do not reveal any clear signs of structural irregularities that suggest a merge error. The branches maintain a consistent and expected pattern for a single neuron without distinctive deviations.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135500144836":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135500144836", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + } + ], + "id":"864691135500144836" + }, + { + "task":"split_identification", + "operation_id":1396776, + "timestamp":1734851813, + "merge_coords":[ + 733603.5, + 691813.5, + 960125.25 + ], + "interface_point":[ + 733603.5, + 691813.5, + 960125.25 + ], + "base_neuron_id":"864691135500144836", + "before_root_ids":[ + 864691135500144836 + ], + "after_root_ids":[ + 864691135970568805, + 864691134941700451 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation from the provided perspectives (front, side, top), the structure appears to have some characteristics typically associated with merge errors. \n\n1. **Front View**: The continuous structure shows some abrupt deviations and branching, which can be suggestive of atypical merging.\n2. **Side View**: There seem to be sections where the structure appears to change direction sharply, which is characteristic of a potential merge error.\n3. **Top View**: The twisting and turning of the structure, along with abrupt angles, can indicate a possible merge of separate neuronal processes.\n\nConsidering the criteria for potential merge errors\u2014such as sections of the axon doubling back or forming sharp angles\u2014the observed features from the views provided do suggest the presence of a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the provided perspectives (front, side, top), the structure appears to have some characteristics typically associated with merge errors. \n\n1. **Front View**: The continuous structure shows some abrupt deviations and branching, which can be suggestive of atypical merging.\n2. **Side View**: There seem to be sections where the structure appears to change direction sharply, which is characteristic of a potential merge error.\n3. **Top View**: The twisting and turning of the structure, along with abrupt angles, can indicate a possible merge of separate neuronal processes.\n\nConsidering the criteria for potential merge errors\u2014such as sections of the axon doubling back or forming sharp angles\u2014the observed features from the views provided do suggest the presence of a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135500144836":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135500144836", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135500144836_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135500144836_864691135996445610_733603_691813_960125\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"733603_691813_960125", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396812, + "timestamp":1734853222, + "merge_coords":[ + 579709.875, + 568920.6875, + 1006614.0 + ], + "interface_point":[ + 579709.875, + 568920.6875, + 1006614.0 + ], + "base_neuron_id":"864691134984320356", + "before_root_ids":[ + 864691134984320356 + ], + "after_root_ids":[ + 864691135384431339, + 864691136176748806 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the provided 3D segmentation from the front, side, and top views, I assessed the structure for signs of merge errors. Merge errors could manifest in unusual anatomical structures, such as pronounced bends or junctions that deviate sharply from typical neuronal morphology.\n\nIn the front view, there is a protrusion that appears to extend upward, which might suggest branching. However, the continuity of the structure from base to tip appears consistent without abrupt directional changes.\n\nIn the side view, the segment exhibits a long, stretched morphology with a seemingly linear trajectory. There are no sharp turns typical of merge errors, like the ones forming a ninety-degree angle.\n\nFinally, in the top view, the segment maintains a consistent directionality without looping back upon itself.\n\nOverall, the segment doesn't exhibit any of the typical signs of a merge error such as abrupt bends or directional changes. The structure appears to be free of merge errors, consistent across all views.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the provided 3D segmentation from the front, side, and top views, I assessed the structure for signs of merge errors. Merge errors could manifest in unusual anatomical structures, such as pronounced bends or junctions that deviate sharply from typical neuronal morphology.\n\nIn the front view, there is a protrusion that appears to extend upward, which might suggest branching. However, the continuity of the structure from base to tip appears consistent without abrupt directional changes.\n\nIn the side view, the segment exhibits a long, stretched morphology with a seemingly linear trajectory. There are no sharp turns typical of merge errors, like the ones forming a ninety-degree angle.\n\nFinally, in the top view, the segment maintains a consistent directionality without looping back upon itself.\n\nOverall, the segment doesn't exhibit any of the typical signs of a merge error such as abrupt bends or directional changes. The structure appears to be free of merge errors, consistent across all views.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134984320356":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134984320356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + } + ], + "id":"864691134984320356" + }, + { + "task":"split_identification", + "operation_id":1396812, + "timestamp":1734853222, + "merge_coords":[ + 579709.875, + 568920.6875, + 1006614.0 + ], + "interface_point":[ + 579709.875, + 568920.6875, + 1006614.0 + ], + "base_neuron_id":"864691134984320356", + "before_root_ids":[ + 864691134984320356 + ], + "after_root_ids":[ + 864691135384431339, + 864691136176748806 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images represent a 3D segmentation of neuronal data, showcasing the structure from front, side, and top perspectives. We are tasked with identifying potential merge errors, which can manifest as anomalies in axonal structure\u2014such as sharp angles or doubling back.\n\n1. **Front View Analysis:**\n - The segment appears to follow a relatively consistent path, showing the elongated nature typical of neuronal processes.\n - Branching does not exhibit obvious sharp turns or unusual bends at direct angles.\n\n2. **Side View Analysis:**\n - The side view corroborates the absence of abrupt 90-degree angles. \n - The segments maintain a linear continuity without doubling back upon themselves.\n \n3. **Top View Analysis:**\n - The top view further supports the findings of a consistent neuronal process.\n - There is no evident splitting or joining at odd angles, suggesting a lack of merge errors.\n\nThroughout all perspectives, the segment displays continuity characteristic of a single neuronal process without the typical indicators of merge errors. While complex and branching, nothing suggests an inappropriate merging of separate neuronal structures.\n\nGiven the consistency and lack of structural anomalies indicating a merge error, the segment appears to be accurately segmented.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images represent a 3D segmentation of neuronal data, showcasing the structure from front, side, and top perspectives. We are tasked with identifying potential merge errors, which can manifest as anomalies in axonal structure\u2014such as sharp angles or doubling back.\n\n1. **Front View Analysis:**\n - The segment appears to follow a relatively consistent path, showing the elongated nature typical of neuronal processes.\n - Branching does not exhibit obvious sharp turns or unusual bends at direct angles.\n\n2. **Side View Analysis:**\n - The side view corroborates the absence of abrupt 90-degree angles. \n - The segments maintain a linear continuity without doubling back upon themselves.\n \n3. **Top View Analysis:**\n - The top view further supports the findings of a consistent neuronal process.\n - There is no evident splitting or joining at odd angles, suggesting a lack of merge errors.\n\nThroughout all perspectives, the segment displays continuity characteristic of a single neuronal process without the typical indicators of merge errors. While complex and branching, nothing suggests an inappropriate merging of separate neuronal structures.\n\nGiven the consistency and lack of structural anomalies indicating a merge error, the segment appears to be accurately segmented.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134984320356":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134984320356", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691134984320356_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134984320356_864691135996445610_579709_568920_1006614\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"579709_568920_1006614", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":1396838, + "timestamp":1734853716, + "merge_coords":[ + 578482.5, + 564736.5, + 1007182.5 + ], + "interface_point":[ + 578482.5, + 564736.5, + 1007182.5 + ], + "base_neuron_id":"864691135566534378", + "before_root_ids":[ + 864691135566534378 + ], + "after_root_ids":[ + 864691135465422661, + 864691136725198333 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nThe images display a 3D segmentation of neuronal processes from multiple perspectives (front, side, and top). Merge errors in connectomics data may result in unnatural structures such as an axon doubling back or forming acute angles.\n\n1. **Front View:** The segment appears complex, with possible branching. However, the image does not distinctly show any doubling back or right angles typical of a merge error.\n\n2. **Side View:** This view provides a clearer perspective on the linearity and connections. It reveals potential branching but lacks obvious signs of merging errors such as sharp angles or doubling back.\n\n3. **Top View:** The segment here remains largely linear and consistent, suggesting continuity rather than the characteristics of a merge error.\n\nAcross all views, while there is complexity and branching in the structure, it does not clearly display signs of a merge error such as unnatural angles or behavior indicative of two separate neuronal processes incorrectly unified. Therefore, no definitive merge error is observed.\n\nGiven these observations, the segment appears consistent as a single neuronal process without errors from improper merging.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images display a 3D segmentation of neuronal processes from multiple perspectives (front, side, and top). Merge errors in connectomics data may result in unnatural structures such as an axon doubling back or forming acute angles.\n\n1. **Front View:** The segment appears complex, with possible branching. However, the image does not distinctly show any doubling back or right angles typical of a merge error.\n\n2. **Side View:** This view provides a clearer perspective on the linearity and connections. It reveals potential branching but lacks obvious signs of merging errors such as sharp angles or doubling back.\n\n3. **Top View:** The segment here remains largely linear and consistent, suggesting continuity rather than the characteristics of a merge error.\n\nAcross all views, while there is complexity and branching in the structure, it does not clearly display signs of a merge error such as unnatural angles or behavior indicative of two separate neuronal processes incorrectly unified. Therefore, no definitive merge error is observed.\n\nGiven these observations, the segment appears consistent as a single neuronal process without errors from improper merging.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135566534378":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135566534378", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + } + ], + "id":"864691135566534378" + }, + { + "task":"split_identification", + "operation_id":1396838, + "timestamp":1734853716, + "merge_coords":[ + 578482.5, + 564736.5, + 1007182.5 + ], + "interface_point":[ + 578482.5, + 564736.5, + 1007182.5 + ], + "base_neuron_id":"864691135566534378", + "before_root_ids":[ + 864691135566534378 + ], + "after_root_ids":[ + 864691135465422661, + 864691136725198333 + ], + "proofread_root_id":"864691135996445610", + "model":"gpt-4o", + "model_raw_answer":"\nFrom the images provided, I will analyze the likelihood of merge errors based on the described characteristics such as abnormal doubling back or unusual angles in the segment contours presented from the front, side, and top.\n\n1. **Front View:**\n - The segment appears relatively consistent without obvious branching that returns sharply to the origin or angles indicative of merges.\n\n2. **Side View:**\n - There are some areas where the structure folds in what could be perceived as sharp angles. This could hint at potential merging, but the image alone is not conclusive enough to confirm a merge.\n\n3. **Top View:**\n - The top view continues to show the elongated nature without substantial deviations suggestive of merging such as excessive returns or intersections.\n\nIn conclusion, there are minor irregularities, but not significantly dramatic enough to conclusively indicate a merge error without additional morphological data or specific context.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"From the images provided, I will analyze the likelihood of merge errors based on the described characteristics such as abnormal doubling back or unusual angles in the segment contours presented from the front, side, and top.\n\n1. **Front View:**\n - The segment appears relatively consistent without obvious branching that returns sharply to the origin or angles indicative of merges.\n\n2. **Side View:**\n - There are some areas where the structure folds in what could be perceived as sharp angles. This could hint at potential merging, but the image alone is not conclusive enough to confirm a merge.\n\n3. **Top View:**\n - The top view continues to show the elongated nature without substantial deviations suggestive of merging such as excessive returns or intersections.\n\nIn conclusion, there are minor irregularities, but not significantly dramatic enough to conclusively indicate a merge error without additional morphological data or specific context.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135566534378":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135996445610":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135566534378", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135566534378_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + }, + { + "id":"864691135996445610", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135566534378_864691135996445610_578482_564736_1007182\/base_864691135996445610_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"578482_564736_1007182", + "zoom_margin":4096 + } + ], + "id":"864691135996445610" + }, + { + "task":"split_identification", + "operation_id":107719, + "timestamp":1597887498, + "merge_coords":[ + 638106.0, + 693504.0, + 904344.0 + ], + "interface_point":[ + 638106.0, + 693504.0, + 904344.0 + ], + "base_neuron_id":"864691135031518625", + "before_root_ids":[ + 864691135031518625 + ], + "after_root_ids":[ + 864691135256205743, + 864691135337777382 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show three different views (front, side, top) of a neuronal segment. We are tasked with identifying potential merge errors where segments from different neurons might be incorrectly grouped together.\n\n1. **Front View Analysis**: In the front view, focus on the main branches and any unusual configurations. Areas where the axon appears to backtrack or form sharp angles may indicate merging issues.\n\n2. **Side View Analysis**: This view can help identify if the axon appears to loop back on itself, another sign of a potential merge error.\n\n3. **Top View Analysis**: This view can reveal additional structural anomalies, such as looping or sharp turns, that are inconsistent with typical axonal branching.\n\nAnalyzing the images:\n\n- There is evidence of multiple branches with potential backtracking or angular deviations, such as looping back toward the main branch, which is not typical for natural axonal growth.\n- The side view shows instances where the neuron path appears to double back or form loops.\n- The top view similarly shows unusual crossing over of branches, which supports the hypothesis of a possible merge error.\n\nOverall, the visual cues across these views suggest irregularities consistent with merge errors in neuronal segmentation.\n\n<\/analysis>\n1<\/answer>", + "model_analysis":"The provided images show three different views (front, side, top) of a neuronal segment. We are tasked with identifying potential merge errors where segments from different neurons might be incorrectly grouped together.\n\n1. **Front View Analysis**: In the front view, focus on the main branches and any unusual configurations. Areas where the axon appears to backtrack or form sharp angles may indicate merging issues.\n\n2. **Side View Analysis**: This view can help identify if the axon appears to loop back on itself, another sign of a potential merge error.\n\n3. **Top View Analysis**: This view can reveal additional structural anomalies, such as looping or sharp turns, that are inconsistent with typical axonal branching.\n\nAnalyzing the images:\n\n- There is evidence of multiple branches with potential backtracking or angular deviations, such as looping back toward the main branch, which is not typical for natural axonal growth.\n- The side view shows instances where the neuron path appears to double back or form loops.\n- The top view similarly shows unusual crossing over of branches, which supports the hypothesis of a possible merge error.\n\nOverall, the visual cues across these views suggest irregularities consistent with merge errors in neuronal segmentation.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135031518625":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + } + }, + "prompt_options":[ + { + "id":"864691135031518625", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + } + ], + "id":"864691135031518625" + }, + { + "task":"split_identification", + "operation_id":107719, + "timestamp":1597887498, + "merge_coords":[ + 638106.0, + 693504.0, + 904344.0 + ], + "interface_point":[ + 638106.0, + 693504.0, + 904344.0 + ], + "base_neuron_id":"864691135031518625", + "before_root_ids":[ + 864691135031518625 + ], + "after_root_ids":[ + 864691135256205743, + 864691135337777382 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe images provided depict a 3D segmentation of neuronal processes. The goal is to identify if there is a merge error, where processes from different neurons might be inappropriately grouped together.\n\nLooking at the structures presented:\n\n1. **Front View:**\n - The central neuron seems to exhibit typical dendritic branching radiating from the soma. \n - No evident signs of the neuron branching and looping back on itself, which is a common indicator of a merge error.\n\n2. **Side View:**\n - The branches appear to extend outward without unexpected sharp turns or doubling back on themselves.\n - The orientation and continuity of processes seem consistent across different layers.\n\n3. **Top View:**\n - The view shows processes that extend outward uniformly from the soma.\n - There are no unusual angles or junctions indicative of processes from different neurons merging.\n\nThroughout all views, there is no evident ninety-degree angle in branches joining others unusually or apparent doubling back apparent in merge errors. The branching structure looks consistent with that of a single neuron's dendritic architecture.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided depict a 3D segmentation of neuronal processes. The goal is to identify if there is a merge error, where processes from different neurons might be inappropriately grouped together.\n\nLooking at the structures presented:\n\n1. **Front View:**\n - The central neuron seems to exhibit typical dendritic branching radiating from the soma. \n - No evident signs of the neuron branching and looping back on itself, which is a common indicator of a merge error.\n\n2. **Side View:**\n - The branches appear to extend outward without unexpected sharp turns or doubling back on themselves.\n - The orientation and continuity of processes seem consistent across different layers.\n\n3. **Top View:**\n - The view shows processes that extend outward uniformly from the soma.\n - There are no unusual angles or junctions indicative of processes from different neurons merging.\n\nThroughout all views, there is no evident ninety-degree angle in branches joining others unusually or apparent doubling back apparent in merge errors. The branching structure looks consistent with that of a single neuron's dendritic architecture.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135031518625":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + } + }, + "prompt_options":[ + { + "id":"864691135031518625", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691135031518625_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135031518625_638106_693504_904344\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":76356 + }, + "merge_coords":"638106_693504_904344", + "zoom_margin":76356 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":583354, + "timestamp":1674240170, + "merge_coords":[ + 664965.0, + 600495.0, + 934017.0 + ], + "interface_point":[ + 664965.0, + 600495.0, + 934017.0 + ], + "base_neuron_id":"864691135437383922", + "before_root_ids":[ + 864691135437383922 + ], + "after_root_ids":[ + 864691136371526024, + 864691135777408608 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images from the front, side, and top perspectives, there are several points to consider regarding potential merge errors:\n\n1. **Front View**: The structure looks complex with multiple branches extending from a central point. There are several locations where extensions might double back or connect at sharp angles, which could indicate a merge error.\n\n2. **Side View**: This view provides a more linear perspective, allowing visibility of how extensions spatially relate. Any unusual bending or sharp curvatures could be more noticeable here but appear somewhat regular.\n\n3. **Top View**: This view helps observe the radial distribution of branches. If a merge exists, typically, it would show as atypical angles or unexpected crossings that aren't symmetric with the rest of the structure.\n\nAcross these views, look for:\n- Doubling back: Axons bending back towards the cell body or branching in unexpected multiples.\n- Sharp Angles: Notably at junctions where processes meet.\n\nInspecting these images, the morphology appears unified, with branches stemming in a complex but not aberrant manner. The branches' orientations do not show pronounced ninety-degree angles indicative of errors resulting from unwanted joins. However, without additional context on expected morphology from specific regions of the brain, this analysis is based strictly on observed structure.\n\nConclusively, the structure appears coherent with no evident cases of merging errors such as doubling back or unnatural branching angles, suggesting that this may indeed represent a single neuron's processes without accidental merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the images from the front, side, and top perspectives, there are several points to consider regarding potential merge errors:\n\n1. **Front View**: The structure looks complex with multiple branches extending from a central point. There are several locations where extensions might double back or connect at sharp angles, which could indicate a merge error.\n\n2. **Side View**: This view provides a more linear perspective, allowing visibility of how extensions spatially relate. Any unusual bending or sharp curvatures could be more noticeable here but appear somewhat regular.\n\n3. **Top View**: This view helps observe the radial distribution of branches. If a merge exists, typically, it would show as atypical angles or unexpected crossings that aren't symmetric with the rest of the structure.\n\nAcross these views, look for:\n- Doubling back: Axons bending back towards the cell body or branching in unexpected multiples.\n- Sharp Angles: Notably at junctions where processes meet.\n\nInspecting these images, the morphology appears unified, with branches stemming in a complex but not aberrant manner. The branches' orientations do not show pronounced ninety-degree angles indicative of errors resulting from unwanted joins. However, without additional context on expected morphology from specific regions of the brain, this analysis is based strictly on observed structure.\n\nConclusively, the structure appears coherent with no evident cases of merging errors such as doubling back or unnatural branching angles, suggesting that this may indeed represent a single neuron's processes without accidental merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135437383922":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + } + }, + "prompt_options":[ + { + "id":"864691135437383922", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + } + ], + "id":"864691135437383922" + }, + { + "task":"split_identification", + "operation_id":583354, + "timestamp":1674240170, + "merge_coords":[ + 664965.0, + 600495.0, + 934017.0 + ], + "interface_point":[ + 664965.0, + 600495.0, + 934017.0 + ], + "base_neuron_id":"864691135437383922", + "before_root_ids":[ + 864691135437383922 + ], + "after_root_ids":[ + 864691136371526024, + 864691135777408608 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images present various views (front, side, top) of the neuron processes. We are examining these images to identify any potential merge errors, which could indicate that the algorithm has incorrectly grouped processes from different neurons.\n\nKey indicators of merge errors include:\n- Axons appearing to double back rather than extending outward.\n- Axons merging at unusual angles, such as ninety-degree intersections, which may suggest improper merging of distinct neuronal branches.\n\nUpon examining the images:\n\n1. **Front View**: The processes spread out with no apparent doubling back or unnatural intersections near the center.\n2. **Side View**: No evident signs of processes abruptly changing direction, which might suggest a merge error.\n3. **Top View**: The branches extend outward naturally with no sudden angular changes or returns.\n\nOverall, the visual inspection does not reveal any characteristics typical of merge errors. The branching and intersections appear consistent with a single neuron's morphology.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images present various views (front, side, top) of the neuron processes. We are examining these images to identify any potential merge errors, which could indicate that the algorithm has incorrectly grouped processes from different neurons.\n\nKey indicators of merge errors include:\n- Axons appearing to double back rather than extending outward.\n- Axons merging at unusual angles, such as ninety-degree intersections, which may suggest improper merging of distinct neuronal branches.\n\nUpon examining the images:\n\n1. **Front View**: The processes spread out with no apparent doubling back or unnatural intersections near the center.\n2. **Side View**: No evident signs of processes abruptly changing direction, which might suggest a merge error.\n3. **Top View**: The branches extend outward naturally with no sudden angular changes or returns.\n\nOverall, the visual inspection does not reveal any characteristics typical of merge errors. The branching and intersections appear consistent with a single neuron's morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135437383922":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + } + }, + "prompt_options":[ + { + "id":"864691135437383922", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691135437383922_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135437383922_664965_600495_934017\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":264810 + }, + "merge_coords":"664965_600495_934017", + "zoom_margin":264810 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":735623, + "timestamp":1674616271, + "merge_coords":[ + 619843.0, + 515683.0, + 825237.0 + ], + "interface_point":[ + 619843.0, + 515683.0, + 825237.0 + ], + "base_neuron_id":"864691135910295721", + "before_root_ids":[ + 864691135910295721 + ], + "after_root_ids":[ + 864691135639929915, + 864691136974586396 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nBased on the provided images from the front, side, and top views, the following observations can be made:\n\n1. **Front View:**\n - The structure appears complex, with multiple branches and possible areas where processes may converge.\n - There is a noticeable point where the structure seems to become denser, suggesting potential merge points.\n\n2. **Side View:**\n - The structure is elongated with variation in density along its length.\n - There are areas where the structure sharply changes direction, potentially indicating a merge error.\n\n3. **Top View:**\n - Similar to the side view, elongated segments are visible.\n - There are regions with curves and sharp angles which might indicate unnatural merging.\n\nGiven the complexity and some sharp directional changes observed in the structure, these characteristics suggest potential merging errors, particularly if the structure doubles back or has aberrant pathways.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Based on the provided images from the front, side, and top views, the following observations can be made:\n\n1. **Front View:**\n - The structure appears complex, with multiple branches and possible areas where processes may converge.\n - There is a noticeable point where the structure seems to become denser, suggesting potential merge points.\n\n2. **Side View:**\n - The structure is elongated with variation in density along its length.\n - There are areas where the structure sharply changes direction, potentially indicating a merge error.\n\n3. **Top View:**\n - Similar to the side view, elongated segments are visible.\n - There are regions with curves and sharp angles which might indicate unnatural merging.\n\nGiven the complexity and some sharp directional changes observed in the structure, these characteristics suggest potential merging errors, particularly if the structure doubles back or has aberrant pathways.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691135910295721":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135910295721", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + } + ], + "id":"864691135910295721" + }, + { + "task":"split_identification", + "operation_id":735623, + "timestamp":1674616271, + "merge_coords":[ + 619843.0, + 515683.0, + 825237.0 + ], + "interface_point":[ + 619843.0, + 515683.0, + 825237.0 + ], + "base_neuron_id":"864691135910295721", + "before_root_ids":[ + 864691135910295721 + ], + "after_root_ids":[ + 864691135639929915, + 864691136974586396 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the 3D segmentation from the front, side, and top perspectives reveals the following characteristics:\n\n1. **Front View:**\n - The structure appears long and continuous with some curvature.\n - No obvious signs of branching back on itself are visible, suggesting no immediate irregularities.\n\n2. **Side View:**\n - The segment maintains a consistent direction with no sharp turns.\n - The transitions and curves appear smooth without abrupt angles.\n\n3. **Top View:**\n - The structure shows a degree of meandering but does not exhibit any noticeable instances of doubling back or forming a right angle.\n - The continuity suggests that the segment remains within a single neuronal process.\n\nGiven these observations, there are no evident signs of merge errors such as significant branching back, sharp angles, or unexplained bifurcations typical of a merging error. The segment seems to maintain a consistent trajectory indicative of a single neuronal process without inappropriate joinings.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the 3D segmentation from the front, side, and top perspectives reveals the following characteristics:\n\n1. **Front View:**\n - The structure appears long and continuous with some curvature.\n - No obvious signs of branching back on itself are visible, suggesting no immediate irregularities.\n\n2. **Side View:**\n - The segment maintains a consistent direction with no sharp turns.\n - The transitions and curves appear smooth without abrupt angles.\n\n3. **Top View:**\n - The structure shows a degree of meandering but does not exhibit any noticeable instances of doubling back or forming a right angle.\n - The continuity suggests that the segment remains within a single neuronal process.\n\nGiven these observations, there are no evident signs of merge errors such as significant branching back, sharp angles, or unexplained bifurcations typical of a merging error. The segment seems to maintain a consistent trajectory indicative of a single neuronal process without inappropriate joinings.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135910295721":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135910295721", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691135910295721_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135910295721_619843_515683_825237\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"619843_515683_825237", + "zoom_margin":4096 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":760477, + "timestamp":1675225540, + "merge_coords":[ + 717265.5, + 718389.0, + 919474.5 + ], + "interface_point":[ + 717265.5, + 718389.0, + 919474.5 + ], + "base_neuron_id":"864691135182900994", + "before_root_ids":[ + 864691135182900994 + ], + "after_root_ids":[ + 864691136619380365, + 864691135808486429 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the given 3D segmentation images from different perspectives, we should focus on identifying signs of merge errors like axonal doubling back or unusual right-angle formations. \n\n1. **Front View:** The structures appear to diverge and branch in a typical neuronal pattern without obvious signs of doubling back or sharp right angles. \n\n2. **Side View:** The branches extend outward, maintaining a direction that seems consistent with normal neuronal pathways, without abrupt direction changes.\n\n3. **Top View:** Similarly, the branches exhibit a spread consistent with regular neuronal morphology. There are no apparent right-angle connections or unusual returns.\n\nThe observations from all views suggest the processes are well-aligned and do not display the irregular patterns typically indicative of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the given 3D segmentation images from different perspectives, we should focus on identifying signs of merge errors like axonal doubling back or unusual right-angle formations. \n\n1. **Front View:** The structures appear to diverge and branch in a typical neuronal pattern without obvious signs of doubling back or sharp right angles. \n\n2. **Side View:** The branches extend outward, maintaining a direction that seems consistent with normal neuronal pathways, without abrupt direction changes.\n\n3. **Top View:** Similarly, the branches exhibit a spread consistent with regular neuronal morphology. There are no apparent right-angle connections or unusual returns.\n\nThe observations from all views suggest the processes are well-aligned and do not display the irregular patterns typically indicative of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135182900994":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + } + }, + "prompt_options":[ + { + "id":"864691135182900994", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + } + ], + "id":"864691135182900994" + }, + { + "task":"split_identification", + "operation_id":760477, + "timestamp":1675225540, + "merge_coords":[ + 717265.5, + 718389.0, + 919474.5 + ], + "interface_point":[ + 717265.5, + 718389.0, + 919474.5 + ], + "base_neuron_id":"864691135182900994", + "before_root_ids":[ + 864691135182900994 + ], + "after_root_ids":[ + 864691136619380365, + 864691135808486429 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a 3D segmentation of neuronal data showing a neuron's processes like axons and dendrites from different perspectives. To determine if there is a merge error, it's crucial to focus on the central region where such errors are most likely to occur due to misalignment or over-segmentation by the algorithm. \n\nMerge errors typically manifest as unusual structural features such as branching points where the structure sharply diverges (like at ninety-degree angles) or where an axon appears to double back on itself. These inconsistencies suggest that segments from different neurons might have been erroneously merged.\n\nIn examining the frontal, side, and top views:\n\n1. The images reveal a central soma from which numerous processes radiate.\n2. There is no visible indication of abrupt ninety-degree angle formations or doubling back of processes that would suggest a merge error.\n3. The distribution and branching of the processes appear consistent with what might be expected from a single neuron.\n4. There is symmetry and continuity that suggest the structures belong to the same neuronal entity.\n\nBased on these observations, there doesn't appear to be evidence of a merge error requiring the segment to be split apart. The processes seem to belong to a single neuron as intended by the segmentation algorithm.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D segmentation of neuronal data showing a neuron's processes like axons and dendrites from different perspectives. To determine if there is a merge error, it's crucial to focus on the central region where such errors are most likely to occur due to misalignment or over-segmentation by the algorithm. \n\nMerge errors typically manifest as unusual structural features such as branching points where the structure sharply diverges (like at ninety-degree angles) or where an axon appears to double back on itself. These inconsistencies suggest that segments from different neurons might have been erroneously merged.\n\nIn examining the frontal, side, and top views:\n\n1. The images reveal a central soma from which numerous processes radiate.\n2. There is no visible indication of abrupt ninety-degree angle formations or doubling back of processes that would suggest a merge error.\n3. The distribution and branching of the processes appear consistent with what might be expected from a single neuron.\n4. There is symmetry and continuity that suggest the structures belong to the same neuronal entity.\n\nBased on these observations, there doesn't appear to be evidence of a merge error requiring the segment to be split apart. The processes seem to belong to a single neuron as intended by the segmentation algorithm.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135182900994":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + } + }, + "prompt_options":[ + { + "id":"864691135182900994", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691135182900994_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135182900994_717265_718389_919474\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202818 + }, + "merge_coords":"717265_718389_919474", + "zoom_margin":202818 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":761648, + "timestamp":1675233070, + "merge_coords":[ + 662896.5, + 647461.5, + 882393.75 + ], + "interface_point":[ + 662896.5, + 647461.5, + 882393.75 + ], + "base_neuron_id":"864691136117168036", + "before_root_ids":[ + 864691136117168036 + ], + "after_root_ids":[ + 864691135617007977, + 864691135953012003 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D segmentation images from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View:** The structure appears elongated with several branches. There are no visible signs of unusual angles or doubling back in this view.\n\n2. **Side View:** The segment maintains a relatively smooth trajectory without sharp turns or abrupt directional changes that might indicate a merge error.\n\n3. **Top View:** The segment continues to exhibit a linear appearance with natural branching patterns typical of neuronal processes. \n\nThroughout these views, there is no evidence of irregularities such as a doubling back of axons or sharp, unnatural angles. The segment appears consistent with typical neuronal morphology, suggesting that the segmentation likely corresponds to a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation images from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View:** The structure appears elongated with several branches. There are no visible signs of unusual angles or doubling back in this view.\n\n2. **Side View:** The segment maintains a relatively smooth trajectory without sharp turns or abrupt directional changes that might indicate a merge error.\n\n3. **Top View:** The segment continues to exhibit a linear appearance with natural branching patterns typical of neuronal processes. \n\nThroughout these views, there is no evidence of irregularities such as a doubling back of axons or sharp, unnatural angles. The segment appears consistent with typical neuronal morphology, suggesting that the segmentation likely corresponds to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136117168036":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + } + }, + "prompt_options":[ + { + "id":"864691136117168036", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + } + ], + "id":"864691136117168036" + }, + { + "task":"split_identification", + "operation_id":761648, + "timestamp":1675233070, + "merge_coords":[ + 662896.5, + 647461.5, + 882393.75 + ], + "interface_point":[ + 662896.5, + 647461.5, + 882393.75 + ], + "base_neuron_id":"864691136117168036", + "before_root_ids":[ + 864691136117168036 + ], + "after_root_ids":[ + 864691135617007977, + 864691135953012003 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation of neuronal data from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View**: The segment appears to have a linear trajectory with minor undulations. There is no immediate visual evidence of abrupt changes in direction that are likely to indicate a merge error. \n\n2. **Side View**: The segment in the side view also maintains a consistent path without sharp angles or branching that suddenly doubles back. This consistency suggests that the axonal structure is preserved without disturbances indicative of merging with another structure.\n\n3. **Top View**: The top view continues to support the observation of a single, cohesive segment. There are no sharp bends or unnatural junctions that would suggest a merge error has occurred.\n\nOverall, across all views, the segment does not exhibit any classic signs of merge errors such as abrupt angular shifts or doubling back of pathways. The morphology seems consistent with a single neuronal process.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation of neuronal data from the front, side, and top perspectives, the following observations can be made:\n\n1. **Front View**: The segment appears to have a linear trajectory with minor undulations. There is no immediate visual evidence of abrupt changes in direction that are likely to indicate a merge error. \n\n2. **Side View**: The segment in the side view also maintains a consistent path without sharp angles or branching that suddenly doubles back. This consistency suggests that the axonal structure is preserved without disturbances indicative of merging with another structure.\n\n3. **Top View**: The top view continues to support the observation of a single, cohesive segment. There are no sharp bends or unnatural junctions that would suggest a merge error has occurred.\n\nOverall, across all views, the segment does not exhibit any classic signs of merge errors such as abrupt angular shifts or doubling back of pathways. The morphology seems consistent with a single neuronal process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136117168036":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + } + }, + "prompt_options":[ + { + "id":"864691136117168036", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691136117168036_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136117168036_662896_647461_882393\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"662896_647461_882393", + "zoom_margin":13566 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":762380, + "timestamp":1675239993, + "merge_coords":[ + 682447.5, + 586719.0, + 885066.0 + ], + "interface_point":[ + 682447.5, + 586719.0, + 885066.0 + ], + "base_neuron_id":"864691135560874209", + "before_root_ids":[ + 864691135560874209 + ], + "after_root_ids":[ + 864691136812982899, + 864691135565655639 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the 3D segmentation from the front, side, and top perspectives, I am focusing on potential merge errors, especially aberrant structures like axons doubling back or forming unnatural angles. \n\n1. **Front View**: The structure appears to extend smoothly, without obvious erratic angles or doubling back that might suggest a merge error. \n\n2. **Side View**: The continuity of the structure seems consistent with neuronal morphology. There are no sharp angles or unusual paths that indicate a significant deviation from typical axonal pathways. \n\n3. **Top View**: Consistent with the other views, the branching appears natural without sharp bends or intersections that might suggest the merging of different neurons. The pathways appear consistent with typical neuronal branches.\n\nOverall, the segment across all views maintains a cohesive and natural morphology expected from a single neuron's axonal and dendritic processes. There are no clear indicators of merge errors like sharp angles or doubling back.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the 3D segmentation from the front, side, and top perspectives, I am focusing on potential merge errors, especially aberrant structures like axons doubling back or forming unnatural angles. \n\n1. **Front View**: The structure appears to extend smoothly, without obvious erratic angles or doubling back that might suggest a merge error. \n\n2. **Side View**: The continuity of the structure seems consistent with neuronal morphology. There are no sharp angles or unusual paths that indicate a significant deviation from typical axonal pathways. \n\n3. **Top View**: Consistent with the other views, the branching appears natural without sharp bends or intersections that might suggest the merging of different neurons. The pathways appear consistent with typical neuronal branches.\n\nOverall, the segment across all views maintains a cohesive and natural morphology expected from a single neuron's axonal and dendritic processes. There are no clear indicators of merge errors like sharp angles or doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135560874209":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + } + }, + "prompt_options":[ + { + "id":"864691135560874209", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + } + ], + "id":"864691135560874209" + }, + { + "task":"split_identification", + "operation_id":762380, + "timestamp":1675239993, + "merge_coords":[ + 682447.5, + 586719.0, + 885066.0 + ], + "interface_point":[ + 682447.5, + 586719.0, + 885066.0 + ], + "base_neuron_id":"864691135560874209", + "before_root_ids":[ + 864691135560874209 + ], + "after_root_ids":[ + 864691136812982899, + 864691135565655639 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images provided show different perspectives (front, side, top) of neuronal processes that may exhibit merge errors. These errors could occur if the algorithm has incorrectly grouped processes from separate neurons.\n\nKey indicators of merge errors include:\n\n1. Axon doubling back: If an axon segment branches off and then sharply returns towards its origin point, it could indicate an inappropriate connection.\n2. Unusual angles: Axons forming abrupt angles, such as near ninety-degree turns, can suggest incorrect merging.\n\nUpon examining the images from each perspective:\n\n- In the **front view**, the branching pattern appears mostly consistent and typical of a neuronal tree without sharp backward movements.\n- The **side view** similarly shows a generally coherent structure without noticeable abrupt angles.\n- In the **top view**, there is no apparent doubling back or right-angle formations that deviate from expected neuronal morphology.\n\nOverall, the segment seems to exhibit a continuous and coherent neuronal structure without the characteristic signs of merge errors as described.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images provided show different perspectives (front, side, top) of neuronal processes that may exhibit merge errors. These errors could occur if the algorithm has incorrectly grouped processes from separate neurons.\n\nKey indicators of merge errors include:\n\n1. Axon doubling back: If an axon segment branches off and then sharply returns towards its origin point, it could indicate an inappropriate connection.\n2. Unusual angles: Axons forming abrupt angles, such as near ninety-degree turns, can suggest incorrect merging.\n\nUpon examining the images from each perspective:\n\n- In the **front view**, the branching pattern appears mostly consistent and typical of a neuronal tree without sharp backward movements.\n- The **side view** similarly shows a generally coherent structure without noticeable abrupt angles.\n- In the **top view**, there is no apparent doubling back or right-angle formations that deviate from expected neuronal morphology.\n\nOverall, the segment seems to exhibit a continuous and coherent neuronal structure without the characteristic signs of merge errors as described.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135560874209":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + } + }, + "prompt_options":[ + { + "id":"864691135560874209", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691135560874209_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135560874209_682447_586719_885066\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":67620 + }, + "merge_coords":"682447_586719_885066", + "zoom_margin":67620 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":767849, + "timestamp":1675340375, + "merge_coords":[ + 785908.1875, + 661962.0, + 933798.625 + ], + "interface_point":[ + 785908.1875, + 661962.0, + 933798.625 + ], + "base_neuron_id":"864691135118829789", + "before_root_ids":[ + 864691135118829789 + ], + "after_root_ids":[ + 864691136273962174, + 864691136066540696 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the provided images of the neuronal segmentation from the front, side, and top perspectives, we need to be attentive to signs of potential merge errors, particularly in the central area of the image. We are looking for indicators such as axonal branches that appear to double back on themselves or form unusual right angles, suggesting an improper merge.\n\nFrom the front view, the branching pattern seems fairly linear without any evident irregular bends or angles that would suggest a merge error. The side view also supports a relatively smooth progression of axonal branches, though there are a few kinks that, by themselves, do not definitively indicate a merge. The top view does not show significant abnormalities in the path of the axon that would prompt a suspicion that two separate neuronal processes are incorrectly merged.\n\nOverall, while the segments are lengthy and somewhat complex, none of the indicators typically associated with merge errors (like right angles or doubling back of axons) are prominently observed in the critical central region across the three perspectives. Thus, the segmentation appears consistent with a single neuron's processes without apparent merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the provided images of the neuronal segmentation from the front, side, and top perspectives, we need to be attentive to signs of potential merge errors, particularly in the central area of the image. We are looking for indicators such as axonal branches that appear to double back on themselves or form unusual right angles, suggesting an improper merge.\n\nFrom the front view, the branching pattern seems fairly linear without any evident irregular bends or angles that would suggest a merge error. The side view also supports a relatively smooth progression of axonal branches, though there are a few kinks that, by themselves, do not definitively indicate a merge. The top view does not show significant abnormalities in the path of the axon that would prompt a suspicion that two separate neuronal processes are incorrectly merged.\n\nOverall, while the segments are lengthy and somewhat complex, none of the indicators typically associated with merge errors (like right angles or doubling back of axons) are prominently observed in the critical central region across the three perspectives. Thus, the segmentation appears consistent with a single neuron's processes without apparent merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135118829789":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + } + }, + "prompt_options":[ + { + "id":"864691135118829789", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + } + ], + "id":"864691135118829789" + }, + { + "task":"split_identification", + "operation_id":767849, + "timestamp":1675340375, + "merge_coords":[ + 785908.1875, + 661962.0, + 933798.625 + ], + "interface_point":[ + 785908.1875, + 661962.0, + 933798.625 + ], + "base_neuron_id":"864691135118829789", + "before_root_ids":[ + 864691135118829789 + ], + "after_root_ids":[ + 864691136273962174, + 864691136066540696 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided depict the segmentation of a neuron, showcasing its dendritic and axonal processes from different perspectives (front, side, and top). When analyzing for merge errors, the main indicators include abnormal axonal patterns such as doubling back after branching or making unnatural right-angle turns.\n\n1. **Front view**: The primary processes appear to extend naturally with many branches, typical for dendritic arbors. However, detailed examination is needed to confirm no abrupt changes in trajectory, which would indicate a merge error.\n\n2. **Side view**: Examining this perspective for unusual angles or branching helps to verify consistency in neuronal growth patterns. Look for any processes that seem to double back or connect in unusual ways, suggesting potential merge errors.\n\n3. **Top view**: From this angle, the neuron\u2019s processes should radiate outward uniformly. Any sharp angles or crossover regions at the center of the image volume could suggest inappropriate merging.\n\nIn all perspectives, the processes appear to branch smoothly without unexpected angles or crossings that would suggest merging from another neuron\u2019s processes.\n\nBased on the examination of these views, there is no clear evidence of the segmentation error typically associated with merge errors. The neuron's processes, while expanded and branching, maintain a coherent structure without abnormal intersecting paths.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided depict the segmentation of a neuron, showcasing its dendritic and axonal processes from different perspectives (front, side, and top). When analyzing for merge errors, the main indicators include abnormal axonal patterns such as doubling back after branching or making unnatural right-angle turns.\n\n1. **Front view**: The primary processes appear to extend naturally with many branches, typical for dendritic arbors. However, detailed examination is needed to confirm no abrupt changes in trajectory, which would indicate a merge error.\n\n2. **Side view**: Examining this perspective for unusual angles or branching helps to verify consistency in neuronal growth patterns. Look for any processes that seem to double back or connect in unusual ways, suggesting potential merge errors.\n\n3. **Top view**: From this angle, the neuron\u2019s processes should radiate outward uniformly. Any sharp angles or crossover regions at the center of the image volume could suggest inappropriate merging.\n\nIn all perspectives, the processes appear to branch smoothly without unexpected angles or crossings that would suggest merging from another neuron\u2019s processes.\n\nBased on the examination of these views, there is no clear evidence of the segmentation error typically associated with merge errors. The neuron's processes, while expanded and branching, maintain a coherent structure without abnormal intersecting paths.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135118829789":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + } + }, + "prompt_options":[ + { + "id":"864691135118829789", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691135118829789_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135118829789_785908_661962_933798\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":104454 + }, + "merge_coords":"785908_661962_933798", + "zoom_margin":104454 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":769567, + "timestamp":1675403868, + "merge_coords":[ + 763077.0, + 660870.0, + 960897.0 + ], + "interface_point":[ + 763077.0, + 660870.0, + 960897.0 + ], + "base_neuron_id":"864691136228014161", + "before_root_ids":[ + 864691136228014161 + ], + "after_root_ids":[ + 864691135123388455, + 864691135568896236 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nFrom the images provided:\n\n1. **Front View:**\n - The structure appears elongated with branches. There might be indications of branches turning back towards the main structure, which could suggest a potential merge error.\n\n2. **Side View:**\n - The presence of a significant curvature or doubling back on itself might be more evident in this view. This behavior, especially if occurring near branch points, can be indicative of a merge error.\n\n3. **Top View:**\n - The perspective could show a sudden change in direction or right-angle formations. If the structure appears convoluted or has unnatural angles, this could strengthen the case for a merge error.\n\nOverall, signs of the axon making unnatural sharp angles or doubling back, particularly noticeable in the side and top views, suggest a merge error. These are characteristics that typically signal different neuronal processes have been incorrectly joined.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"From the images provided:\n\n1. **Front View:**\n - The structure appears elongated with branches. There might be indications of branches turning back towards the main structure, which could suggest a potential merge error.\n\n2. **Side View:**\n - The presence of a significant curvature or doubling back on itself might be more evident in this view. This behavior, especially if occurring near branch points, can be indicative of a merge error.\n\n3. **Top View:**\n - The perspective could show a sudden change in direction or right-angle formations. If the structure appears convoluted or has unnatural angles, this could strengthen the case for a merge error.\n\nOverall, signs of the axon making unnatural sharp angles or doubling back, particularly noticeable in the side and top views, suggest a merge error. These are characteristics that typically signal different neuronal processes have been incorrectly joined.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136228014161":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + } + }, + "prompt_options":[ + { + "id":"864691136228014161", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + } + ], + "id":"864691136228014161" + }, + { + "task":"split_identification", + "operation_id":769567, + "timestamp":1675403868, + "merge_coords":[ + 763077.0, + 660870.0, + 960897.0 + ], + "interface_point":[ + 763077.0, + 660870.0, + 960897.0 + ], + "base_neuron_id":"864691136228014161", + "before_root_ids":[ + 864691136228014161 + ], + "after_root_ids":[ + 864691135123388455, + 864691135568896236 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nIn assessing the 3D segmentation of the neuronal data from the three views, I am looking for signs of merge errors, such as unusual branching patterns, axons doubling back, or sharp angles where processes join.\n\nFrom the front view, I see what appears to be a continuous, yet somewhat irregularly shaped structure. The side view reveals some branching and possible irregularities, but nothing seems to be overtly suggestive of a merge error. The top view mirrors the observations seen in the front view.\n\nThe central area of the images, which is crucial for detecting potential merge errors, does not seem to display any characteristics strongly indicative of multiple neuronal processes being inappropriately merged. There are no abrupt directional changes or branching that would typically suggest such an error.\n\nOverall, the segment appears to be a somewhat irregular but singular neuronal process without obvious signs suggesting a merge error that necessitates a split.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In assessing the 3D segmentation of the neuronal data from the three views, I am looking for signs of merge errors, such as unusual branching patterns, axons doubling back, or sharp angles where processes join.\n\nFrom the front view, I see what appears to be a continuous, yet somewhat irregularly shaped structure. The side view reveals some branching and possible irregularities, but nothing seems to be overtly suggestive of a merge error. The top view mirrors the observations seen in the front view.\n\nThe central area of the images, which is crucial for detecting potential merge errors, does not seem to display any characteristics strongly indicative of multiple neuronal processes being inappropriately merged. There are no abrupt directional changes or branching that would typically suggest such an error.\n\nOverall, the segment appears to be a somewhat irregular but singular neuronal process without obvious signs suggesting a merge error that necessitates a split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136228014161":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + } + }, + "prompt_options":[ + { + "id":"864691136228014161", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691136228014161_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136228014161_763077_660870_960897\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":7182 + }, + "merge_coords":"763077_660870_960897", + "zoom_margin":7182 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":770899, + "timestamp":1675416238, + "merge_coords":[ + 624099.0, + 667311.75, + 865709.25 + ], + "interface_point":[ + 624099.0, + 667311.75, + 865709.25 + ], + "base_neuron_id":"864691135528885700", + "before_root_ids":[ + 864691135528885700 + ], + "after_root_ids":[ + 864691135838293139, + 864691135615156427 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show projections of a neuron from front, side, and top perspectives. In assessing whether there are merge errors, we look for structural anomalies such as axons doubling back on themselves or making abrupt turns, such as ninety-degree angles, that may indicate improper merging of processes from different neurons.\n\n1. **Front View**: The structure extending from the central node appears relatively consistent, with dendritic processes radiating outward. There is no clear evidence of axonal processes doubling back or making sharp right-angle turns from this view.\n\n2. **Side View**: This angle provides a clear view of the processes extending in three dimensions. The branching seems uniform without abrupt turns or overlaps typical of merge errors. The processes appear to radiate outward as expected.\n\n3. **Top View**: Similar to the front view, the top perspective shows radiating processes without significant anomalies. The branching continues in a natural, fractal-like pattern expected in dendritic and axonal arborizations.\n\nAcross all views, the branching pattern is consistent with the morphology of a single neuron's dendrites and axons. There are no obvious structural irregularities indicative of a merge error such as overlapping, doubling back, or right-angle turns. The processes appear continuous and appropriately spaced for a single neuron.\n\nOverall, the images do not present evidence of merging errors in the segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show projections of a neuron from front, side, and top perspectives. In assessing whether there are merge errors, we look for structural anomalies such as axons doubling back on themselves or making abrupt turns, such as ninety-degree angles, that may indicate improper merging of processes from different neurons.\n\n1. **Front View**: The structure extending from the central node appears relatively consistent, with dendritic processes radiating outward. There is no clear evidence of axonal processes doubling back or making sharp right-angle turns from this view.\n\n2. **Side View**: This angle provides a clear view of the processes extending in three dimensions. The branching seems uniform without abrupt turns or overlaps typical of merge errors. The processes appear to radiate outward as expected.\n\n3. **Top View**: Similar to the front view, the top perspective shows radiating processes without significant anomalies. The branching continues in a natural, fractal-like pattern expected in dendritic and axonal arborizations.\n\nAcross all views, the branching pattern is consistent with the morphology of a single neuron's dendrites and axons. There are no obvious structural irregularities indicative of a merge error such as overlapping, doubling back, or right-angle turns. The processes appear continuous and appropriately spaced for a single neuron.\n\nOverall, the images do not present evidence of merging errors in the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135528885700":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + } + }, + "prompt_options":[ + { + "id":"864691135528885700", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + } + ], + "id":"864691135528885700" + }, + { + "task":"split_identification", + "operation_id":770899, + "timestamp":1675416238, + "merge_coords":[ + 624099.0, + 667311.75, + 865709.25 + ], + "interface_point":[ + 624099.0, + 667311.75, + 865709.25 + ], + "base_neuron_id":"864691135528885700", + "before_root_ids":[ + 864691135528885700 + ], + "after_root_ids":[ + 864691135838293139, + 864691135615156427 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nTo determine if there is a merge error in the 3D segmentation of the neuronal data, we need to examine the structure and pathways of the neuron in each view (front, side, top) for any signs of erratic branching or unnatural connections that could suggest multiple neurons are incorrectly grouped together.\n\n1. **Front View:**\n - Observing the pattern, we look for any significant deviations from the expected branching morphology, like unusual loops or abrupt directional changes that could indicate a merge.\n - The connections should follow a predictable path without contradictory branching directions.\n\n2. **Side View:**\n - Here, we analyze for possible overlapping or crossing pathways. An unnatural 90-degree turn or doubling back of axonal projections is a key indicator of merges.\n - The neuron's projection should expand naturally rather than folding or curving in an unexpected manner.\n\n3. **Top View:**\n - Check for branching consistency and symmetry, as inconsistencies may show erroneous merging.\n - Deviations from a smooth branching pattern are significant and indicative of merge errors.\n\nUpon reviewing all perspectives, I did not observe clear merge error indicators commonly characterized by sharp, unnatural angles, reverse directions, or disjointed pathways that would suggest the presence of multiple neurons erroneously categorized as one.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To determine if there is a merge error in the 3D segmentation of the neuronal data, we need to examine the structure and pathways of the neuron in each view (front, side, top) for any signs of erratic branching or unnatural connections that could suggest multiple neurons are incorrectly grouped together.\n\n1. **Front View:**\n - Observing the pattern, we look for any significant deviations from the expected branching morphology, like unusual loops or abrupt directional changes that could indicate a merge.\n - The connections should follow a predictable path without contradictory branching directions.\n\n2. **Side View:**\n - Here, we analyze for possible overlapping or crossing pathways. An unnatural 90-degree turn or doubling back of axonal projections is a key indicator of merges.\n - The neuron's projection should expand naturally rather than folding or curving in an unexpected manner.\n\n3. **Top View:**\n - Check for branching consistency and symmetry, as inconsistencies may show erroneous merging.\n - Deviations from a smooth branching pattern are significant and indicative of merge errors.\n\nUpon reviewing all perspectives, I did not observe clear merge error indicators commonly characterized by sharp, unnatural angles, reverse directions, or disjointed pathways that would suggest the presence of multiple neurons erroneously categorized as one.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135528885700":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + } + }, + "prompt_options":[ + { + "id":"864691135528885700", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691135528885700_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135528885700_624099_667311_865709\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":202146 + }, + "merge_coords":"624099_667311_865709", + "zoom_margin":202146 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":771155, + "timestamp":1675419099, + "merge_coords":[ + 624902.25, + 631386.0, + 844284.0 + ], + "interface_point":[ + 624902.25, + 631386.0, + 844284.0 + ], + "base_neuron_id":"864691136009547180", + "before_root_ids":[ + 864691136009547180 + ], + "after_root_ids":[ + 864691136057387480, + 864691135738583409 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the images of the 3D segment from the front, side, and top views, I observed the following characteristics:\n\n1. **Front View**: The structure appears elongated with several branches diverging from the main axis, which is typical for neuronal processes such as axons or dendrites.\n\n2. **Side View**: The segment features a complex structure with several twisting and turning paths, which might suggest a possible merge error, especially if these twists form pronounced deviations from a typical axonal path.\n\n3. **Top View**: The image shows a relatively linear path with some branching. However, any sharp turns or doubling back could signal a potential merge error.\n\nThe side view reveals some distinct angles and turns in the structure. Such features could point to a possible merge error where two axonal processes might have been incorrectly grouped. The specific ninety-degree angle and doubling back could indicate an inappropriate merge.\n\nConsidering these observations, the stated signs of merge errors such as unusual angles and aberrant structures are present, suggesting that the segment might indeed have a merge error.\n\nTherefore, it's likely that the segment should be split apart due to a suspected merge error.\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the images of the 3D segment from the front, side, and top views, I observed the following characteristics:\n\n1. **Front View**: The structure appears elongated with several branches diverging from the main axis, which is typical for neuronal processes such as axons or dendrites.\n\n2. **Side View**: The segment features a complex structure with several twisting and turning paths, which might suggest a possible merge error, especially if these twists form pronounced deviations from a typical axonal path.\n\n3. **Top View**: The image shows a relatively linear path with some branching. However, any sharp turns or doubling back could signal a potential merge error.\n\nThe side view reveals some distinct angles and turns in the structure. Such features could point to a possible merge error where two axonal processes might have been incorrectly grouped. The specific ninety-degree angle and doubling back could indicate an inappropriate merge.\n\nConsidering these observations, the stated signs of merge errors such as unusual angles and aberrant structures are present, suggesting that the segment might indeed have a merge error.\n\nTherefore, it's likely that the segment should be split apart due to a suspected merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136009547180":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + } + }, + "prompt_options":[ + { + "id":"864691136009547180", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + } + ], + "id":"864691136009547180" + }, + { + "task":"split_identification", + "operation_id":771155, + "timestamp":1675419099, + "merge_coords":[ + 624902.25, + 631386.0, + 844284.0 + ], + "interface_point":[ + 624902.25, + 631386.0, + 844284.0 + ], + "base_neuron_id":"864691136009547180", + "before_root_ids":[ + 864691136009547180 + ], + "after_root_ids":[ + 864691136057387480, + 864691135738583409 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segmentation from the front, side, and top perspectives, I am focusing on any unexpected structural features that suggest a merge error.\n\n1. **Front View:** The axon appears to be relatively straight with no noticeable bifurcation or abrupt angles. There are no visible signs of doubling back or sudden direction changes.\n\n2. **Side View:** This view shows a tilt in the axon, but the curvature seems gradual and smooth, without sharp bends or turns that would indicate an incorrect merge.\n\n3. **Top View:** The alignment is linear without intersecting paths or right-angle formations.\n\nThe absence of unnatural bends, doubling back, or branching at sharp angles in these views suggests that the segment likely represents a single neuronal process without any notable merge errors. \n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segmentation from the front, side, and top perspectives, I am focusing on any unexpected structural features that suggest a merge error.\n\n1. **Front View:** The axon appears to be relatively straight with no noticeable bifurcation or abrupt angles. There are no visible signs of doubling back or sudden direction changes.\n\n2. **Side View:** This view shows a tilt in the axon, but the curvature seems gradual and smooth, without sharp bends or turns that would indicate an incorrect merge.\n\n3. **Top View:** The alignment is linear without intersecting paths or right-angle formations.\n\nThe absence of unnatural bends, doubling back, or branching at sharp angles in these views suggests that the segment likely represents a single neuronal process without any notable merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136009547180":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + } + }, + "prompt_options":[ + { + "id":"864691136009547180", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691136009547180_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691136009547180_624902_631386_844284\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":12558 + }, + "merge_coords":"624902_631386_844284", + "zoom_margin":12558 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":771422, + "timestamp":1675422193, + "merge_coords":[ + 723723.0, + 770595.0, + 898254.0 + ], + "interface_point":[ + 723723.0, + 770595.0, + 898254.0 + ], + "base_neuron_id":"864691135655215042", + "before_root_ids":[ + 864691135655215042 + ], + "after_root_ids":[ + 864691135368162297, + 864691135273332497 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn analyzing the given images, it's important to look for signs of potential merge errors. These errors often manifest in peculiar patterns such as the axon looping back on itself or forming sharp, unusual angles, which can suggest that separate neuronal processes have been incorrectly merged.\n\n1. **Front View**: The structure shows a dense and intertwined network, which can be typical of dendritic arbors. However, identifying any sudden angles or loopbacks characteristic of merges from this perspective is crucial.\n\n2. **Side View**: Provides a different angle to verify the continuity and smooth flow of the processes. Any abrupt changes in direction, specifically 90-degree turns, can be indicative of merge errors.\n\n3. **Top View**: This view is helpful in verifying the general directionality and extent of the processes. Any erratic patterns that differ from the expected smooth projection of dendrites or axons need attention.\n\nFrom these three perspectives, the goal is to look for inconsistencies in the neuron\u2019s natural structure:\n\n- **Loops or Doubling Back**: No evident looping back or doubling in any seen from these views. The structure seems continuous and flowing.\n\n- **Sharp Angles**: There aren\u2019t prominent sharp or 90-degree angles within the central focus that would typically suggest a merge error.\n\n- **Volume Center Examination**: The central part of the image volume appears to be maintaining a cohesive structure with no drastic aberrations, which is a good sign the processes belong to the same parent neuron.\n\nBased on this assessment, the behaviors associated with merge errors aren't clearly present here.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the given images, it's important to look for signs of potential merge errors. These errors often manifest in peculiar patterns such as the axon looping back on itself or forming sharp, unusual angles, which can suggest that separate neuronal processes have been incorrectly merged.\n\n1. **Front View**: The structure shows a dense and intertwined network, which can be typical of dendritic arbors. However, identifying any sudden angles or loopbacks characteristic of merges from this perspective is crucial.\n\n2. **Side View**: Provides a different angle to verify the continuity and smooth flow of the processes. Any abrupt changes in direction, specifically 90-degree turns, can be indicative of merge errors.\n\n3. **Top View**: This view is helpful in verifying the general directionality and extent of the processes. Any erratic patterns that differ from the expected smooth projection of dendrites or axons need attention.\n\nFrom these three perspectives, the goal is to look for inconsistencies in the neuron\u2019s natural structure:\n\n- **Loops or Doubling Back**: No evident looping back or doubling in any seen from these views. The structure seems continuous and flowing.\n\n- **Sharp Angles**: There aren\u2019t prominent sharp or 90-degree angles within the central focus that would typically suggest a merge error.\n\n- **Volume Center Examination**: The central part of the image volume appears to be maintaining a cohesive structure with no drastic aberrations, which is a good sign the processes belong to the same parent neuron.\n\nBased on this assessment, the behaviors associated with merge errors aren't clearly present here.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135655215042":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + } + }, + "prompt_options":[ + { + "id":"864691135655215042", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + } + ], + "id":"864691135655215042" + }, + { + "task":"split_identification", + "operation_id":771422, + "timestamp":1675422193, + "merge_coords":[ + 723723.0, + 770595.0, + 898254.0 + ], + "interface_point":[ + 723723.0, + 770595.0, + 898254.0 + ], + "base_neuron_id":"864691135655215042", + "before_root_ids":[ + 864691135655215042 + ], + "after_root_ids":[ + 864691135368162297, + 864691135273332497 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show the 3D segmentation of neuronal processes from different angles. To determine whether there is a merge error, we need to look for signs such as axons doubling back after branching or forming unusual angles. \n\nFrom the images:\n- The front view shows a relatively complex branching pattern.\n- The side view shows several processes extending outwards, which could indicate a potential merge if they exhibit unnatural bends or connections.\n- The top view shows dense branching concentrated in what appears to be a localized area.\n\nDespite these observations, there's no clear indication of an axon doubling back sharply or an abrupt, unnatural angle that would suggest a merge error. The branching patterns seem consistent with typical neuronal structure without the characteristic signs of a merger between different neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show the 3D segmentation of neuronal processes from different angles. To determine whether there is a merge error, we need to look for signs such as axons doubling back after branching or forming unusual angles. \n\nFrom the images:\n- The front view shows a relatively complex branching pattern.\n- The side view shows several processes extending outwards, which could indicate a potential merge if they exhibit unnatural bends or connections.\n- The top view shows dense branching concentrated in what appears to be a localized area.\n\nDespite these observations, there's no clear indication of an axon doubling back sharply or an abrupt, unnatural angle that would suggest a merge error. The branching patterns seem consistent with typical neuronal structure without the characteristic signs of a merger between different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135655215042":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + } + }, + "prompt_options":[ + { + "id":"864691135655215042", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691135655215042_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135655215042_723723_770595_898254\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":69972 + }, + "merge_coords":"723723_770595_898254", + "zoom_margin":69972 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":781939, + "timestamp":1675745871, + "merge_coords":[ + 705831.0, + 707637.0, + 924336.0 + ], + "interface_point":[ + 705831.0, + 707637.0, + 924336.0 + ], + "base_neuron_id":"864691135349423063", + "before_root_ids":[ + 864691135349423063 + ], + "after_root_ids":[ + 864691136090188087, + 864691136032827067 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are analyzing a 3D segmentation of neuronal data to detect potential merge errors, which would suggest incorrect grouping of processes from different neurons. Here are the observations from each perspective:\n\n1. **Front View:**\n - The processes appear to branch out normally without any obvious signs of axonal doubling back or forming unnatural angles.\n \n2. **Side View:**\n - The topology appears smooth, without any acute-angle connections or unusual structures that suggest branches from different neurons have merged improperly.\n \n3. **Top View:**\n - Similar to the other views, there's no apparent evidence of branches making sharp or right-angle turns, which are indicative of merge errors.\n\nThe analysis across all three perspectives does not show typical signs of merge errors, such as anomalous branching angles or bizarre loop formations. This information suggests that the processes correspond to a single neuron, and no split is necessary.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we are analyzing a 3D segmentation of neuronal data to detect potential merge errors, which would suggest incorrect grouping of processes from different neurons. Here are the observations from each perspective:\n\n1. **Front View:**\n - The processes appear to branch out normally without any obvious signs of axonal doubling back or forming unnatural angles.\n \n2. **Side View:**\n - The topology appears smooth, without any acute-angle connections or unusual structures that suggest branches from different neurons have merged improperly.\n \n3. **Top View:**\n - Similar to the other views, there's no apparent evidence of branches making sharp or right-angle turns, which are indicative of merge errors.\n\nThe analysis across all three perspectives does not show typical signs of merge errors, such as anomalous branching angles or bizarre loop formations. This information suggests that the processes correspond to a single neuron, and no split is necessary.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135349423063":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + } + }, + "prompt_options":[ + { + "id":"864691135349423063", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + } + ], + "id":"864691135349423063" + }, + { + "task":"split_identification", + "operation_id":781939, + "timestamp":1675745871, + "merge_coords":[ + 705831.0, + 707637.0, + 924336.0 + ], + "interface_point":[ + 705831.0, + 707637.0, + 924336.0 + ], + "base_neuron_id":"864691135349423063", + "before_root_ids":[ + 864691135349423063 + ], + "after_root_ids":[ + 864691136090188087, + 864691136032827067 + ], + "proofread_root_id":"864691134965949727", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a detailed 3D segmentation of a neuron from various perspectives: front, side, and top. The focus is on identifying any merge errors where processes from different neurons might have been incorrectly grouped together.\n\n1. **Front View Analysis:**\n - The structure appears to have a central soma with branching dendrites.\n - There are long axonal processes extending outwards. I don't see obvious areas where the axon doubles back onto itself.\n - There doesn't seem to be an abrupt ninety-degree angle that would suggest an unnatural merge of separate axons.\n\n2. **Side View Analysis:**\n - The overall architecture remains consistent with a single neuron, with branching dendrites and an axon.\n - Again, no visible doubling back of the axon or unnatural angles are observed that would typically indicate a merge error.\n\n3. **Top View Analysis:**\n - This view confirms the observations from the front and side views. The branching patterns and overall morphology appear consistent with a single neuron.\n - No anomalies like sharp angles or reversals in axon direction are visible.\n\nOverall, based on the provided views, the segmentation appears consistent with a single neuron. There are no clear signs of merge errors such as axonal doubling back or abrupt angles that would suggest inappropriate merging of processes from different neurons.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a detailed 3D segmentation of a neuron from various perspectives: front, side, and top. The focus is on identifying any merge errors where processes from different neurons might have been incorrectly grouped together.\n\n1. **Front View Analysis:**\n - The structure appears to have a central soma with branching dendrites.\n - There are long axonal processes extending outwards. I don't see obvious areas where the axon doubles back onto itself.\n - There doesn't seem to be an abrupt ninety-degree angle that would suggest an unnatural merge of separate axons.\n\n2. **Side View Analysis:**\n - The overall architecture remains consistent with a single neuron, with branching dendrites and an axon.\n - Again, no visible doubling back of the axon or unnatural angles are observed that would typically indicate a merge error.\n\n3. **Top View Analysis:**\n - This view confirms the observations from the front and side views. The branching patterns and overall morphology appear consistent with a single neuron.\n - No anomalies like sharp angles or reversals in axon direction are visible.\n\nOverall, based on the provided views, the segmentation appears consistent with a single neuron. There are no clear signs of merge errors such as axonal doubling back or abrupt angles that would suggest inappropriate merging of processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135349423063":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "864691134965949727":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + } + }, + "prompt_options":[ + { + "id":"864691135349423063", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691135349423063_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + }, + { + "id":"864691134965949727", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134965949727_864691135349423063_705831_707637_924336\/base_864691134965949727_zoomed_top.png" + }, + "em":null, + "zoom_margin":325920 + }, + "merge_coords":"705831_707637_924336", + "zoom_margin":325920 + } + ], + "id":"864691134965949727" + }, + { + "task":"split_identification", + "operation_id":225426, + "timestamp":1618261224, + "merge_coords":[ + 624650.25, + 499978.5, + 771503.25 + ], + "interface_point":[ + 624650.25, + 499978.5, + 771503.25 + ], + "base_neuron_id":"864691135382730714", + "before_root_ids":[ + 864691135382730714 + ], + "after_root_ids":[ + 864691136273875725, + 864691135058731675 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show complex branching structures, which is typical of neuronal morphology. To assess for merge errors, we need to examine the branching patterns for signs of inappropriate connections.\n\n1. **Front View:**\n - The branches appear to diverge from a central point, with a generally coherent pattern. No immediate signs of aberrant doubling back or sharp angles that would indicate a merge error.\n\n2. **Side View:**\n - This perspective provides a more detailed look at vertical branching. The branches extend outward without sharp or unusual turns that would suggest a misalignment or connection of processes from different neurons.\n\n3. **Top View:**\n - From this angle, the branches exhibit a radiating pattern without distinct signs of aberrant structures. There are no right angles or doubling back, which are common indicators of merge errors.\n\nOverall, the branches seem to maintain a consistent and plausible pattern for a single neuron\u2019s processes without apparent merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show complex branching structures, which is typical of neuronal morphology. To assess for merge errors, we need to examine the branching patterns for signs of inappropriate connections.\n\n1. **Front View:**\n - The branches appear to diverge from a central point, with a generally coherent pattern. No immediate signs of aberrant doubling back or sharp angles that would indicate a merge error.\n\n2. **Side View:**\n - This perspective provides a more detailed look at vertical branching. The branches extend outward without sharp or unusual turns that would suggest a misalignment or connection of processes from different neurons.\n\n3. **Top View:**\n - From this angle, the branches exhibit a radiating pattern without distinct signs of aberrant structures. There are no right angles or doubling back, which are common indicators of merge errors.\n\nOverall, the branches seem to maintain a consistent and plausible pattern for a single neuron\u2019s processes without apparent merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135382730714":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + } + }, + "prompt_options":[ + { + "id":"864691135382730714", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + } + ], + "id":"864691135382730714" + }, + { + "task":"split_identification", + "operation_id":225426, + "timestamp":1618261224, + "merge_coords":[ + 624650.25, + 499978.5, + 771503.25 + ], + "interface_point":[ + 624650.25, + 499978.5, + 771503.25 + ], + "base_neuron_id":"864691135382730714", + "before_root_ids":[ + 864691135382730714 + ], + "after_root_ids":[ + 864691136273875725, + 864691135058731675 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe given images illustrate a 3D segmentation of neuronal data from three perspectives: front, side, and top. The aim is to determine if there are merge errors indicating that processes from different neurons may have been incorrectly combined.\n\n1. **Front View:**\n - The branching pattern appears typical for dendritic or axonal arbors.\n - No sudden ninety-degree angles or unnatural curvature suggestive of a merge error can be easily observed.\n\n2. **Side View:**\n - The arborization appears consistent without abrupt changes in direction.\n - There is no clear evidence of overlapping structures that would indicate a merge from different neurons.\n\n3. **Top View:**\n - The spread and organization of the branches look structured and normal.\n - The branching pattern does not show signs of intermingling from disparate sources.\n\nOverall, in the center of these images, there are no obvious indicators of axonal structures crossing paths in a manner that would suggest a merge (such as doubling back or abrupt ninety-degree turns after branching).\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The given images illustrate a 3D segmentation of neuronal data from three perspectives: front, side, and top. The aim is to determine if there are merge errors indicating that processes from different neurons may have been incorrectly combined.\n\n1. **Front View:**\n - The branching pattern appears typical for dendritic or axonal arbors.\n - No sudden ninety-degree angles or unnatural curvature suggestive of a merge error can be easily observed.\n\n2. **Side View:**\n - The arborization appears consistent without abrupt changes in direction.\n - There is no clear evidence of overlapping structures that would indicate a merge from different neurons.\n\n3. **Top View:**\n - The spread and organization of the branches look structured and normal.\n - The branching pattern does not show signs of intermingling from disparate sources.\n\nOverall, in the center of these images, there are no obvious indicators of axonal structures crossing paths in a manner that would suggest a merge (such as doubling back or abrupt ninety-degree turns after branching).", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135382730714":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + } + }, + "prompt_options":[ + { + "id":"864691135382730714", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135382730714_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135382730714_864691135919630768_624650_499978_771503\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":340032 + }, + "merge_coords":"624650_499978_771503", + "zoom_margin":340032 + } + ], + "id":"864691135919630768" + }, + { + "task":"split_identification", + "operation_id":244086, + "timestamp":1621891259, + "merge_coords":[ + 705295.5, + 441693.0, + 882672.0 + ], + "interface_point":[ + 705295.5, + 441693.0, + 882672.0 + ], + "base_neuron_id":"864691136105692633", + "before_root_ids":[ + 864691136105692633 + ], + "after_root_ids":[ + 864691135407504329, + 864691135058748571 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided images, we are examining the morphology of a neural process for potential merge errors. Here are the observations based on each view:\n\n1. **Front View**: The processes appear to have multiple branching structures. Notably, there are sections where the branches exhibit a complex intertwining pattern, which might indicate a potential merge error.\n\n2. **Side View**: The visible branches seem to extend horizontally with some crossing over one another. There is a noticeable kink or sharp turn in one area, which could suggest aberrant structure due to merging.\n\n3. **Top View**: The processes demonstrate a spread network with several crossing paths. There are areas where the branches make unusual right-angle turns, which is often a sign of artificial merging.\n\nOverall, in the center of the volume, the structures include features such as doubling back or forming sharp angles, which are typical indicators of a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"In the provided images, we are examining the morphology of a neural process for potential merge errors. Here are the observations based on each view:\n\n1. **Front View**: The processes appear to have multiple branching structures. Notably, there are sections where the branches exhibit a complex intertwining pattern, which might indicate a potential merge error.\n\n2. **Side View**: The visible branches seem to extend horizontally with some crossing over one another. There is a noticeable kink or sharp turn in one area, which could suggest aberrant structure due to merging.\n\n3. **Top View**: The processes demonstrate a spread network with several crossing paths. There are areas where the branches make unusual right-angle turns, which is often a sign of artificial merging.\n\nOverall, in the center of the volume, the structures include features such as doubling back or forming sharp angles, which are typical indicators of a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136105692633":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + } + }, + "prompt_options":[ + { + "id":"864691136105692633", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + } + ], + "id":"864691136105692633" + }, + { + "task":"split_identification", + "operation_id":244086, + "timestamp":1621891259, + "merge_coords":[ + 705295.5, + 441693.0, + 882672.0 + ], + "interface_point":[ + 705295.5, + 441693.0, + 882672.0 + ], + "base_neuron_id":"864691136105692633", + "before_root_ids":[ + 864691136105692633 + ], + "after_root_ids":[ + 864691135407504329, + 864691135058748571 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided depict the segmentation of neuronal processes, likely axons and dendrites, viewed from different angles (front, side, and top). The task is to determine whether there exists a merge error where processes from different neurons are incorrectly grouped together.\n\n1. **Front View Analysis:**\n - The processes appear to be branching and forming a network of connections. There is no immediate indication of a sharp angle or doubling back that is characteristic of merge errors.\n\n2. **Side View Analysis:**\n - Similar to the front view, the processes maintain a consistent branching pattern. No abrupt angles or intersections suggestive of merging from different neurons are visible.\n\n3. **Top View Analysis:**\n - The processes also exhibit a similar structure without unusual angles or doubling back in this viewpoint.\n\nAcross all views, the structural patterns seem natural and consistent for neuronal processes such as axons and dendrites. There are no signs of the problematic features typical of merge errors, such as orthogonal angles or apparent doubling back.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided depict the segmentation of neuronal processes, likely axons and dendrites, viewed from different angles (front, side, and top). The task is to determine whether there exists a merge error where processes from different neurons are incorrectly grouped together.\n\n1. **Front View Analysis:**\n - The processes appear to be branching and forming a network of connections. There is no immediate indication of a sharp angle or doubling back that is characteristic of merge errors.\n\n2. **Side View Analysis:**\n - Similar to the front view, the processes maintain a consistent branching pattern. No abrupt angles or intersections suggestive of merging from different neurons are visible.\n\n3. **Top View Analysis:**\n - The processes also exhibit a similar structure without unusual angles or doubling back in this viewpoint.\n\nAcross all views, the structural patterns seem natural and consistent for neuronal processes such as axons and dendrites. There are no signs of the problematic features typical of merge errors, such as orthogonal angles or apparent doubling back.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136105692633":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + } + }, + "prompt_options":[ + { + "id":"864691136105692633", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691136105692633_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135919630768_864691136105692633_705295_441693_882672\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":26796 + }, + "merge_coords":"705295_441693_882672", + "zoom_margin":26796 + } + ], + "id":"864691135919630768" + }, + { + "task":"split_identification", + "operation_id":244089, + "timestamp":1621891326, + "merge_coords":[ + 704634.0, + 442323.0, + 882903.0 + ], + "interface_point":[ + 704634.0, + 442323.0, + 882903.0 + ], + "base_neuron_id":"864691135407504329", + "before_root_ids":[ + 864691135407504329 + ], + "after_root_ids":[ + 864691136273918989, + 864691135491485279 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show different views (front, side, and top) of a 3D segmentation of neuronal data. Merge errors in neuronal data typically present as structures that deviate from expected neuronal morphology, such as axons doubling back or forming unnaturally sharp angles or junctions.\n\nInspecting the images:\n\n1. **Front View:** \n - The branches appear relatively linear and continuous, with no obvious doubling back or abrupt angles that suggest unnatural neuron connections.\n\n2. **Side View:** \n - This view also shows a coherent pattern with no significant signs of abnormal branching or structural anomalies, such as right-angle turns or loops.\n\n3. **Top View:**\n - The structure seems consistent with dendritic or axonal branching. There are no clear indicators of process interruption or inappropriate splits that would suggest the merging of distinct neurons.\n\nIn all views, the neuronal processes appear to be continuous and coherent without the unusual features typically associated with merge errors.\n\nAfter analyzing the structures from all perspectives, there does not appear to be evidence of merge errors in the segmentation. The morphology is consistent and lacks indicators of any inappropriate merging of distinct neurons. \n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show different views (front, side, and top) of a 3D segmentation of neuronal data. Merge errors in neuronal data typically present as structures that deviate from expected neuronal morphology, such as axons doubling back or forming unnaturally sharp angles or junctions.\n\nInspecting the images:\n\n1. **Front View:** \n - The branches appear relatively linear and continuous, with no obvious doubling back or abrupt angles that suggest unnatural neuron connections.\n\n2. **Side View:** \n - This view also shows a coherent pattern with no significant signs of abnormal branching or structural anomalies, such as right-angle turns or loops.\n\n3. **Top View:**\n - The structure seems consistent with dendritic or axonal branching. There are no clear indicators of process interruption or inappropriate splits that would suggest the merging of distinct neurons.\n\nIn all views, the neuronal processes appear to be continuous and coherent without the unusual features typically associated with merge errors.\n\nAfter analyzing the structures from all perspectives, there does not appear to be evidence of merge errors in the segmentation. The morphology is consistent and lacks indicators of any inappropriate merging of distinct neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135407504329":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + } + }, + "prompt_options":[ + { + "id":"864691135407504329", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + } + ], + "id":"864691135407504329" + }, + { + "task":"split_identification", + "operation_id":244089, + "timestamp":1621891326, + "merge_coords":[ + 704634.0, + 442323.0, + 882903.0 + ], + "interface_point":[ + 704634.0, + 442323.0, + 882903.0 + ], + "base_neuron_id":"864691135407504329", + "before_root_ids":[ + 864691135407504329 + ], + "after_root_ids":[ + 864691136273918989, + 864691135491485279 + ], + "proofread_root_id":"864691135919630768", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a 3D segmentation of neuronal data from three perspectives: front, side, and top. In evaluating the structure for merge errors:\n\n1. **Front View:** The neuronal processes appear to be densely packed, with a complex network of branching. There are instances where branches intersect or run parallel, which could indicate potential merge errors.\n\n2. **Side View:** Similar to the front view, the side view reveals a dense mesh of interconnected processes. While some branches might appear to' double back,' it's challenging to categorically determine if they're separate neurons without further context.\n\n3. **Top View:** This perspective provides additional insight into the branching patterns. Again, while there are intersections and potential abrupt changes in direction, these are not definitively indicative of merge errors without additional structural cues.\n\nThroughout all perspectives, the presence of densely packed, intersecting branches might suggest merge errors, typically observed in complex neuronal networks. However, without clearer evidence of distinct processes belonging to separate neurons (such as noticeable deviations, 90-degree angles, or atypical branching), it's challenging to confirm a merge error solely based on the visual information provided.\n\nGiven the typical indicators of merge errors (e.g., doubling back, odd angular junctions) and the structure's complexity, there seems to be a likelihood of such an error. However, the evidence isn't conclusive without more specific indications of distinct neuron processes joining inappropriately.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D segmentation of neuronal data from three perspectives: front, side, and top. In evaluating the structure for merge errors:\n\n1. **Front View:** The neuronal processes appear to be densely packed, with a complex network of branching. There are instances where branches intersect or run parallel, which could indicate potential merge errors.\n\n2. **Side View:** Similar to the front view, the side view reveals a dense mesh of interconnected processes. While some branches might appear to' double back,' it's challenging to categorically determine if they're separate neurons without further context.\n\n3. **Top View:** This perspective provides additional insight into the branching patterns. Again, while there are intersections and potential abrupt changes in direction, these are not definitively indicative of merge errors without additional structural cues.\n\nThroughout all perspectives, the presence of densely packed, intersecting branches might suggest merge errors, typically observed in complex neuronal networks. However, without clearer evidence of distinct processes belonging to separate neurons (such as noticeable deviations, 90-degree angles, or atypical branching), it's challenging to confirm a merge error solely based on the visual information provided.\n\nGiven the typical indicators of merge errors (e.g., doubling back, odd angular junctions) and the structure's complexity, there seems to be a likelihood of such an error. However, the evidence isn't conclusive without more specific indications of distinct neuron processes joining inappropriately.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135407504329":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "864691135919630768":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + } + }, + "prompt_options":[ + { + "id":"864691135407504329", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135407504329_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + }, + { + "id":"864691135919630768", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135407504329_864691135919630768_704634_442323_882903\/base_864691135919630768_zoomed_top.png" + }, + "em":null, + "zoom_margin":59262 + }, + "merge_coords":"704634_442323_882903", + "zoom_margin":59262 + } + ], + "id":"864691135919630768" + }, + { + "task":"split_identification", + "operation_id":251639, + "timestamp":1623452831, + "merge_coords":[ + 694393.0, + 724144.375, + 889667.8125 + ], + "interface_point":[ + 694393.0, + 724144.375, + 889667.8125 + ], + "base_neuron_id":"864691135042847649", + "before_root_ids":[ + 864691135042847649 + ], + "after_root_ids":[ + 864691135700528507, + 864691135407519945 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show three different views: front, side, and top. Given the neuronal morphology in these 3D segmentations, we need to identify if any structural anomalies suggest a merge error, such as doubling back or forming sharp angles.\n\n1. **Front View:**\n - The segment appears to branch and extend in different directions with some curvature, which can be normal for neuronal structures.\n \n2. **Side View:**\n - The segment shows a more linear progression with subtle bends, without apparent signs of intersecting or doubling back.\n\n3. **Top View:**\n - Similar to the side view, no clear abnormalities like extreme bends or unnatural branching are evident.\n\nOverall, the displayed structure seems consistent and does not exhibit any dramatic changes in direction or configuration typically associated with merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show three different views: front, side, and top. Given the neuronal morphology in these 3D segmentations, we need to identify if any structural anomalies suggest a merge error, such as doubling back or forming sharp angles.\n\n1. **Front View:**\n - The segment appears to branch and extend in different directions with some curvature, which can be normal for neuronal structures.\n \n2. **Side View:**\n - The segment shows a more linear progression with subtle bends, without apparent signs of intersecting or doubling back.\n\n3. **Top View:**\n - Similar to the side view, no clear abnormalities like extreme bends or unnatural branching are evident.\n\nOverall, the displayed structure seems consistent and does not exhibit any dramatic changes in direction or configuration typically associated with merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135042847649":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + } + }, + "prompt_options":[ + { + "id":"864691135042847649", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + } + ], + "id":"864691135042847649" + }, + { + "task":"split_identification", + "operation_id":251639, + "timestamp":1623452831, + "merge_coords":[ + 694393.0, + 724144.375, + 889667.8125 + ], + "interface_point":[ + 694393.0, + 724144.375, + 889667.8125 + ], + "base_neuron_id":"864691135042847649", + "before_root_ids":[ + 864691135042847649 + ], + "after_root_ids":[ + 864691135700528507, + 864691135407519945 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D reconstruction of the neuron segment is examined from multiple angles to identify any potential merge errors. \n\n1. **Front View**: This view reveals the main cell body and branching processes. The axon appears to extend with a natural curvature typical of neuronal processes. No unusual crossing or angular connections are noted that suggest significant merge errors from this perspective.\n\n2. **Side View**: Inspection from the side confirms the smooth branching and continuity of the processes. Again, the axon maintains a consistent direction, and there are no abrupt turns or structural anomalies that would indicate a merge error.\n\n3. **Top View**: This view supports the observations from the other perspectives, with processes appearing to extend naturally. No evidence of axonal doubling back or intersecting at sharp angles, which are typical signs of merges, is present here.\n\nConsidering all views together, there are no significant indicators of a merge error. The continuity and structure of the branches appear consistent with a single neuron's natural morphology.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D reconstruction of the neuron segment is examined from multiple angles to identify any potential merge errors. \n\n1. **Front View**: This view reveals the main cell body and branching processes. The axon appears to extend with a natural curvature typical of neuronal processes. No unusual crossing or angular connections are noted that suggest significant merge errors from this perspective.\n\n2. **Side View**: Inspection from the side confirms the smooth branching and continuity of the processes. Again, the axon maintains a consistent direction, and there are no abrupt turns or structural anomalies that would indicate a merge error.\n\n3. **Top View**: This view supports the observations from the other perspectives, with processes appearing to extend naturally. No evidence of axonal doubling back or intersecting at sharp angles, which are typical signs of merges, is present here.\n\nConsidering all views together, there are no significant indicators of a merge error. The continuity and structure of the branches appear consistent with a single neuron's natural morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135042847649":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + } + }, + "prompt_options":[ + { + "id":"864691135042847649", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135042847649_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135042847649_864691135539658098_694393_724144_889667\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":29568 + }, + "merge_coords":"694393_724144_889667", + "zoom_margin":29568 + } + ], + "id":"864691135539658098" + }, + { + "task":"split_identification", + "operation_id":685398, + "timestamp":1674402100, + "merge_coords":[ + 801864.0, + 629863.5, + 754645.5 + ], + "interface_point":[ + 801864.0, + 629863.5, + 754645.5 + ], + "base_neuron_id":"864691136194601942", + "before_root_ids":[ + 864691136194601942 + ], + "after_root_ids":[ + 864691136379755989, + 864691135947564385 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images depict a 3D segmentation of neuronal processes, observed from the front, side, and top perspectives. We're looking for potential merge errors that could indicate the incorrect grouping of processes from different neurons. \n\nKey points to observe:\n1. **Axonal Structure**: Look for unusual patterns such as axons doubling back or forming abrupt angles.\n2. **Branching**: Analyze the branching pattern to ensure it matches typical neuronal morphology.\n3. **Central Region**: Focus on the center of the image, where merge errors are more likely due to the cropping.\n\nUpon examination:\n- **Front view**: The branching appears typical with radial symmetry from the soma. There is no visible abrupt angle or doubling back of processes.\n- **Side view**: Consistent branching with no unusual structures or angles observed.\n- **Top view**: Maintains the expected pattern of branching without aberrant angles or doubling back.\n\nThe views consistently show symmetrical branching, typical of a single neuron's processes and do not exhibit characteristics indicative of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images depict a 3D segmentation of neuronal processes, observed from the front, side, and top perspectives. We're looking for potential merge errors that could indicate the incorrect grouping of processes from different neurons. \n\nKey points to observe:\n1. **Axonal Structure**: Look for unusual patterns such as axons doubling back or forming abrupt angles.\n2. **Branching**: Analyze the branching pattern to ensure it matches typical neuronal morphology.\n3. **Central Region**: Focus on the center of the image, where merge errors are more likely due to the cropping.\n\nUpon examination:\n- **Front view**: The branching appears typical with radial symmetry from the soma. There is no visible abrupt angle or doubling back of processes.\n- **Side view**: Consistent branching with no unusual structures or angles observed.\n- **Top view**: Maintains the expected pattern of branching without aberrant angles or doubling back.\n\nThe views consistently show symmetrical branching, typical of a single neuron's processes and do not exhibit characteristics indicative of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194601942":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + } + }, + "prompt_options":[ + { + "id":"864691136194601942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + } + ], + "id":"864691136194601942" + }, + { + "task":"split_identification", + "operation_id":685398, + "timestamp":1674402100, + "merge_coords":[ + 801864.0, + 629863.5, + 754645.5 + ], + "interface_point":[ + 801864.0, + 629863.5, + 754645.5 + ], + "base_neuron_id":"864691136194601942", + "before_root_ids":[ + 864691136194601942 + ], + "after_root_ids":[ + 864691136379755989, + 864691135947564385 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal processes from front, side, and top views. The goal is to identify any merge errors that suggest processes from different neurons have been incorrectly grouped together.\n\n1. **Front View**: The main branching structure appears consistent, with no immediate indications of abrupt directional changes. The branches spread out naturally from the soma.\n\n2. **Side View**: The branches from the soma appear uniform and consistent. No abrupt right angles or doubling back of axonal branches are evident.\n\n3. **Top View**: Similar to the other views, the neuronal processes appear continuous without sharp ninety-degree turns or unnatural returns. The branching pattern is typical of a single neuron's morphology.\n\nDespite the three-dimensional complexity of neuronal structures, no obvious signs of a merge error are visible in these views. The branches exhibit natural spreading without unnatural sharp turns or loops that would typically indicate processes from different neurons merging.\n\nGiven the information from all three views, there are no apparent anomalies or merge errors that require the segment to be split.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal processes from front, side, and top views. The goal is to identify any merge errors that suggest processes from different neurons have been incorrectly grouped together.\n\n1. **Front View**: The main branching structure appears consistent, with no immediate indications of abrupt directional changes. The branches spread out naturally from the soma.\n\n2. **Side View**: The branches from the soma appear uniform and consistent. No abrupt right angles or doubling back of axonal branches are evident.\n\n3. **Top View**: Similar to the other views, the neuronal processes appear continuous without sharp ninety-degree turns or unnatural returns. The branching pattern is typical of a single neuron's morphology.\n\nDespite the three-dimensional complexity of neuronal structures, no obvious signs of a merge error are visible in these views. The branches exhibit natural spreading without unnatural sharp turns or loops that would typically indicate processes from different neurons merging.\n\nGiven the information from all three views, there are no apparent anomalies or merge errors that require the segment to be split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194601942":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + } + }, + "prompt_options":[ + { + "id":"864691136194601942", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691136194601942_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136194601942_801864_629863_754645\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":201054 + }, + "merge_coords":"801864_629863_754645", + "zoom_margin":201054 + } + ], + "id":"864691135539658098" + }, + { + "task":"split_identification", + "operation_id":811199, + "timestamp":1676452152, + "merge_coords":[ + 591878.0, + 749357.0, + 892808.0 + ], + "interface_point":[ + 591878.0, + 749357.0, + 892808.0 + ], + "base_neuron_id":"864691136825621870", + "before_root_ids":[ + 864691136825621870 + ], + "after_root_ids":[ + 864691135754833869, + 864691135511614160 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided images show the neuronal segment from three different perspectives: front, side, and top. In analyzing these images, we're looking for characteristics indicating a merge error in the segmentation process, which might hint at processes being incorrectly grouped from different neurons. \n\nKey indicators of merge errors include:\n- Axonal structures that deviate sharply, doubling back on themselves or forming unusual angles, typically around 90 degrees.\n- Unusual branching patterns that coincide with areas where the segmentation might be problematic, such as the center of the volume.\n\nUpon inspection:\n\n1. **Front View**: The axon appears to be branching in a spread-out pattern, which seems typical, although there are some overlaps and possible points of intersection.\n \n2. **Side View**: Similar branching patterns are seen, but the axon seems to maintain a fairly consistent trajectory without abrupt turns or angles.\n\n3. **Top View**: The axon\u2019s branches appear consistent without noticeable sharp angles or returns that could suggest a merge.\n\nBased on these observations, the segment appears relatively cohesive without obvious signs of merge errors like abrupt angle changes or doubling back at the center of the volume.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show the neuronal segment from three different perspectives: front, side, and top. In analyzing these images, we're looking for characteristics indicating a merge error in the segmentation process, which might hint at processes being incorrectly grouped from different neurons. \n\nKey indicators of merge errors include:\n- Axonal structures that deviate sharply, doubling back on themselves or forming unusual angles, typically around 90 degrees.\n- Unusual branching patterns that coincide with areas where the segmentation might be problematic, such as the center of the volume.\n\nUpon inspection:\n\n1. **Front View**: The axon appears to be branching in a spread-out pattern, which seems typical, although there are some overlaps and possible points of intersection.\n \n2. **Side View**: Similar branching patterns are seen, but the axon seems to maintain a fairly consistent trajectory without abrupt turns or angles.\n\n3. **Top View**: The axon\u2019s branches appear consistent without noticeable sharp angles or returns that could suggest a merge.\n\nBased on these observations, the segment appears relatively cohesive without obvious signs of merge errors like abrupt angle changes or doubling back at the center of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136825621870":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + } + }, + "prompt_options":[ + { + "id":"864691136825621870", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + } + ], + "id":"864691136825621870" + }, + { + "task":"split_identification", + "operation_id":811199, + "timestamp":1676452152, + "merge_coords":[ + 591878.0, + 749357.0, + 892808.0 + ], + "interface_point":[ + 591878.0, + 749357.0, + 892808.0 + ], + "base_neuron_id":"864691136825621870", + "before_root_ids":[ + 864691136825621870 + ], + "after_root_ids":[ + 864691135754833869, + 864691135511614160 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nIn the images provided, we can examine the morphological structure of the neuron segment from three different views: front, side, and top. When analyzing for potential merge errors, we are looking for unusual structural features that suggest two different neuronal processes may have been incorrectly segmented as one. This includes:\n- The axon or dendrite doubling back on itself.\n- Sudden and unnatural ninety-degree angles in axons.\n- Any irregularity in branching patterns that do not follow typical neuronal morphology.\n\nUpon reviewing the images:\n- The front view shows a relatively smooth structure without obvious signs of doubling back or sharp angles.\n- The side view also does not display any noticeable abnormalities like sharp bending or convoluted pathways indicative of overlapping processes from separate neurons.\n- The top view similarly appears to maintain a consistent trajectory without sharp angles or signs that suggest a merge.\n\nOverall, the morphology of the neuronal processes looks consistent and typical, with no apparent aberrations or unusual patterns indicative of a merge error. The structure appears as though it could belong to a single neuron.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, we can examine the morphological structure of the neuron segment from three different views: front, side, and top. When analyzing for potential merge errors, we are looking for unusual structural features that suggest two different neuronal processes may have been incorrectly segmented as one. This includes:\n- The axon or dendrite doubling back on itself.\n- Sudden and unnatural ninety-degree angles in axons.\n- Any irregularity in branching patterns that do not follow typical neuronal morphology.\n\nUpon reviewing the images:\n- The front view shows a relatively smooth structure without obvious signs of doubling back or sharp angles.\n- The side view also does not display any noticeable abnormalities like sharp bending or convoluted pathways indicative of overlapping processes from separate neurons.\n- The top view similarly appears to maintain a consistent trajectory without sharp angles or signs that suggest a merge.\n\nOverall, the morphology of the neuronal processes looks consistent and typical, with no apparent aberrations or unusual patterns indicative of a merge error. The structure appears as though it could belong to a single neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136825621870":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + } + }, + "prompt_options":[ + { + "id":"864691136825621870", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691136825621870_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136825621870_591878_749357_892808\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":42630 + }, + "merge_coords":"591878_749357_892808", + "zoom_margin":42630 + } + ], + "id":"864691135539658098" + }, + { + "task":"split_identification", + "operation_id":811615, + "timestamp":1676454743, + "merge_coords":[ + 772390.5, + 740386.5, + 903147.0 + ], + "interface_point":[ + 772390.5, + 740386.5, + 903147.0 + ], + "base_neuron_id":"864691136117277348", + "before_root_ids":[ + 864691136117277348 + ], + "after_root_ids":[ + 864691135545616680, + 864691135565742167 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nThe segment shown in the images represents a 3D reconstruction of a neuronal process. To determine if there is a merge error, I evaluated the structure across the different viewpoints provided.\n\n1. **Front View:**\n - The segment, from this perspective, appears to have multiple branches.\n - No obvious points show unnatural or abrupt turns which are common indicators of merge errors.\n\n2. **Side View:**\n - The segment appears linear and continuously progressing, with no visible sharp angles or unnatural doubling back of the axon.\n\n3. **Top View:**\n - The segment stretches in an uninterrupted manner across the view.\n - Branches seem smooth, without the characteristic clumping or sharp bending seen in merge errors.\n\nThe consistent linearity and smooth branching seen across all three views suggest that the segment is likely a continuous process of a single neuron without any merge errors typical like the axon doubling back or forming a ninety-degree angle at joint points.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The segment shown in the images represents a 3D reconstruction of a neuronal process. To determine if there is a merge error, I evaluated the structure across the different viewpoints provided.\n\n1. **Front View:**\n - The segment, from this perspective, appears to have multiple branches.\n - No obvious points show unnatural or abrupt turns which are common indicators of merge errors.\n\n2. **Side View:**\n - The segment appears linear and continuously progressing, with no visible sharp angles or unnatural doubling back of the axon.\n\n3. **Top View:**\n - The segment stretches in an uninterrupted manner across the view.\n - Branches seem smooth, without the characteristic clumping or sharp bending seen in merge errors.\n\nThe consistent linearity and smooth branching seen across all three views suggest that the segment is likely a continuous process of a single neuron without any merge errors typical like the axon doubling back or forming a ninety-degree angle at joint points.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136117277348":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + } + }, + "prompt_options":[ + { + "id":"864691136117277348", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + } + ], + "id":"864691136117277348" + }, + { + "task":"split_identification", + "operation_id":811615, + "timestamp":1676454743, + "merge_coords":[ + 772390.5, + 740386.5, + 903147.0 + ], + "interface_point":[ + 772390.5, + 740386.5, + 903147.0 + ], + "base_neuron_id":"864691136117277348", + "before_root_ids":[ + 864691136117277348 + ], + "after_root_ids":[ + 864691135545616680, + 864691135565742167 + ], + "proofread_root_id":"864691135539658098", + "model":"gpt-4o", + "model_raw_answer":"\nIn examining the three views provided (front, side, and top), I will look for signs of potential merge errors such as atypical bifurcations, contradictions in axonal path, or sharp angles indicating a possible merging of two distinct neuronal processes.\n\n1. **Front View:** \n - There seems to be a complex structure with various branches. Pay special attention to areas where branches may intersect or double back.\n\n2. **Side View:** \n - Similar to the front view, the structure appears linear with some branching. Look for any abrupt angles or overlaps that may suggest a merge error.\n\n3. **Top View:** \n - The view appears elongated, but without noticeable sharp turns or overlaps that are immediately visible.\n\n**Considerations:**\n- Any noted doubling back of branches could suggest incorrect merging of segments.\n- Sharp geometric angles in branching paths can indicate non-physiological connections made by the segmentation algorithm.\n\nGiven these observations, the views do not exhibit clear, definitive characteristics of a merge error such as the described ninety-degree angles or doubling back after branching in the central area of the volume. Therefore, based on the presented images alone, there is no clear evidence of a merge error requiring a split.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In examining the three views provided (front, side, and top), I will look for signs of potential merge errors such as atypical bifurcations, contradictions in axonal path, or sharp angles indicating a possible merging of two distinct neuronal processes.\n\n1. **Front View:** \n - There seems to be a complex structure with various branches. Pay special attention to areas where branches may intersect or double back.\n\n2. **Side View:** \n - Similar to the front view, the structure appears linear with some branching. Look for any abrupt angles or overlaps that may suggest a merge error.\n\n3. **Top View:** \n - The view appears elongated, but without noticeable sharp turns or overlaps that are immediately visible.\n\n**Considerations:**\n- Any noted doubling back of branches could suggest incorrect merging of segments.\n- Sharp geometric angles in branching paths can indicate non-physiological connections made by the segmentation algorithm.\n\nGiven these observations, the views do not exhibit clear, definitive characteristics of a merge error such as the described ninety-degree angles or doubling back after branching in the central area of the volume. Therefore, based on the presented images alone, there is no clear evidence of a merge error requiring a split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136117277348":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "864691135539658098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + } + }, + "prompt_options":[ + { + "id":"864691136117277348", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691136117277348_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + }, + { + "id":"864691135539658098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135539658098_864691136117277348_772390_740386_903147\/base_864691135539658098_zoomed_top.png" + }, + "em":null, + "zoom_margin":13566 + }, + "merge_coords":"772390_740386_903147", + "zoom_margin":13566 + } + ], + "id":"864691135539658098" + }, + { + "task":"split_identification", + "operation_id":522316, + "timestamp":1673521479, + "merge_coords":[ + 787867.5, + 995547.0, + 1061308.5 + ], + "interface_point":[ + 787867.5, + 995547.0, + 1061308.5 + ], + "base_neuron_id":"864691135307680326", + "before_root_ids":[ + 864691135307680326 + ], + "after_root_ids":[ + 864691135954439688, + 864691136144193588 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the 3D segment from the front, side, and top views, we are looking for signs of merge errors, such as:\n\n1. Axons doubling back in an unnatural manner after branching off.\n2. Axons forming sharp angles (like ninety degrees) where they join another process, which is not typical in natural neuronal structures.\n\nFrom the provided views, the segment appears mostly linear with branching that does not seem to reverse direction unnaturally. While there are some twists and turns, they do not distinctly exhibit characteristics of merging with another neuron, such as abrupt changes in direction that would suggest a merge.\n\nThe top view shows a potential area of complexity, but it's consistent with typical branching patterns rather than a merge error. The observed angles are not sharp enough to be clearly indicative of a merge.\n\nOverall, the morphology appears continuous and consistent without the presence of abrupt angles or doubling back indicative of a merge error within the center of the segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the 3D segment from the front, side, and top views, we are looking for signs of merge errors, such as:\n\n1. Axons doubling back in an unnatural manner after branching off.\n2. Axons forming sharp angles (like ninety degrees) where they join another process, which is not typical in natural neuronal structures.\n\nFrom the provided views, the segment appears mostly linear with branching that does not seem to reverse direction unnaturally. While there are some twists and turns, they do not distinctly exhibit characteristics of merging with another neuron, such as abrupt changes in direction that would suggest a merge.\n\nThe top view shows a potential area of complexity, but it's consistent with typical branching patterns rather than a merge error. The observed angles are not sharp enough to be clearly indicative of a merge.\n\nOverall, the morphology appears continuous and consistent without the presence of abrupt angles or doubling back indicative of a merge error within the center of the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135307680326":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + } + }, + "prompt_options":[ + { + "id":"864691135307680326", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + } + ], + "id":"864691135307680326" + }, + { + "task":"split_identification", + "operation_id":522316, + "timestamp":1673521479, + "merge_coords":[ + 787867.5, + 995547.0, + 1061308.5 + ], + "interface_point":[ + 787867.5, + 995547.0, + 1061308.5 + ], + "base_neuron_id":"864691135307680326", + "before_root_ids":[ + 864691135307680326 + ], + "after_root_ids":[ + 864691135954439688, + 864691136144193588 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the 3D segmentation of neuronal data, we can look for indicators of merge errors:\n\n1. **Front View:** The structure appears linear with some branching. However, complex formations or unnatural angles are absent from this perspective.\n\n2. **Side View:** The neuron follows a relatively smooth trajectory without apparent doubling back or sharp ninety-degree turns. \n\n3. **Top View:** This view allows observation of more complex branching. The paths seem consistent with typical neural formations. No unnaturally grouped segments or unexpected directional changes are visible.\n\nOverall, there are no noticeable signs of two distinct neurons being merged into one segment. The structure maintains a logical and consistent morphology.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the 3D segmentation of neuronal data, we can look for indicators of merge errors:\n\n1. **Front View:** The structure appears linear with some branching. However, complex formations or unnatural angles are absent from this perspective.\n\n2. **Side View:** The neuron follows a relatively smooth trajectory without apparent doubling back or sharp ninety-degree turns. \n\n3. **Top View:** This view allows observation of more complex branching. The paths seem consistent with typical neural formations. No unnaturally grouped segments or unexpected directional changes are visible.\n\nOverall, there are no noticeable signs of two distinct neurons being merged into one segment. The structure maintains a logical and consistent morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135307680326":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + } + }, + "prompt_options":[ + { + "id":"864691135307680326", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691135307680326_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135307680326_787867_995547_1061308\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":18270 + }, + "merge_coords":"787867_995547_1061308", + "zoom_margin":18270 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":1122066, + "timestamp":1723607676, + "merge_coords":[ + 754675.4375, + 877120.875, + 959631.5 + ], + "interface_point":[ + 754675.4375, + 877120.875, + 959631.5 + ], + "base_neuron_id":"864691136845654638", + "before_root_ids":[ + 864691136845654638 + ], + "after_root_ids":[ + 864691135865627006, + 864691135838697107 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images presented show the 3D structure of a neuronal segment from three different perspectives: front, side, and top. To determine if there is a merge error, we need to look for characteristics such as:\n\n1. **Axonal Structure:** Check for any doubling back of the axon or abrupt angles that are atypical for natural neuronal processes.\n\n2. **Branching Patterns:** Neurons should have smooth branching; sharp turns or unexpected connections can indicate a merge error.\n\nIn the provided images:\n\n- **Front View:** The segment appears to have a branching structure with possible bifurcations.\n\n- **Side View:** There is a noticeable section where the structure appears to bend or loop back slightly, which may indicate a potential issue.\n\n- **Top View:** Again, similar patterns are visible, and the structure seems complex but not necessarily indicative of a typical merge error without further context.\n\nOverall, while there are some areas of potential concern, such as looping or bends, the images do not clearly indicate a typical merge error pattern like axon doubling back or a sharply angled join. The apparent complexity might be due to natural variability rather than an error. \n\nHowever, given the subtle abnormalities, there may be just enough evidence to consider a merge error.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images presented show the 3D structure of a neuronal segment from three different perspectives: front, side, and top. To determine if there is a merge error, we need to look for characteristics such as:\n\n1. **Axonal Structure:** Check for any doubling back of the axon or abrupt angles that are atypical for natural neuronal processes.\n\n2. **Branching Patterns:** Neurons should have smooth branching; sharp turns or unexpected connections can indicate a merge error.\n\nIn the provided images:\n\n- **Front View:** The segment appears to have a branching structure with possible bifurcations.\n\n- **Side View:** There is a noticeable section where the structure appears to bend or loop back slightly, which may indicate a potential issue.\n\n- **Top View:** Again, similar patterns are visible, and the structure seems complex but not necessarily indicative of a typical merge error without further context.\n\nOverall, while there are some areas of potential concern, such as looping or bends, the images do not clearly indicate a typical merge error pattern like axon doubling back or a sharply angled join. The apparent complexity might be due to natural variability rather than an error. \n\nHowever, given the subtle abnormalities, there may be just enough evidence to consider a merge error.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136845654638":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + } + }, + "prompt_options":[ + { + "id":"864691136845654638", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + } + ], + "id":"864691136845654638" + }, + { + "task":"split_identification", + "operation_id":1122066, + "timestamp":1723607676, + "merge_coords":[ + 754675.4375, + 877120.875, + 959631.5 + ], + "interface_point":[ + 754675.4375, + 877120.875, + 959631.5 + ], + "base_neuron_id":"864691136845654638", + "before_root_ids":[ + 864691136845654638 + ], + "after_root_ids":[ + 864691135865627006, + 864691135838697107 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the provided 3D segmentation images, we are looking for evidence of merge errors that might suggest a misgrouping of neuronal processes from different neurons. These errors can manifest as unusual axonal structures such as doubling back or forming sharp angles (e.g., 90-degree turns).\n\nLet's evaluate each view for these potential signs:\n\n1. **Front View:**\n - The processes appear to extend without sharp or unnatural angles.\n - No evident doubling back of axons is visible in this view.\n\n2. **Side View:**\n - Similar to the front view, the processes maintain a relatively consistent direction.\n - No angular turns or doubling is apparent.\n\n3. **Top View:**\n - Processes spread out in a smooth manner.\n - No abrupt directional changes or doubling back that would indicate a merge error.\n\nAcross these views, the neuronal morphology doesn't present with the typical signs of merge errors, such as sharp angles or doubling back.\n\nBased on the examination, the structure seems consistent with belonging to a single neuron without merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided 3D segmentation images, we are looking for evidence of merge errors that might suggest a misgrouping of neuronal processes from different neurons. These errors can manifest as unusual axonal structures such as doubling back or forming sharp angles (e.g., 90-degree turns).\n\nLet's evaluate each view for these potential signs:\n\n1. **Front View:**\n - The processes appear to extend without sharp or unnatural angles.\n - No evident doubling back of axons is visible in this view.\n\n2. **Side View:**\n - Similar to the front view, the processes maintain a relatively consistent direction.\n - No angular turns or doubling is apparent.\n\n3. **Top View:**\n - Processes spread out in a smooth manner.\n - No abrupt directional changes or doubling back that would indicate a merge error.\n\nAcross these views, the neuronal morphology doesn't present with the typical signs of merge errors, such as sharp angles or doubling back.\n\nBased on the examination, the structure seems consistent with belonging to a single neuron without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136845654638":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + } + }, + "prompt_options":[ + { + "id":"864691136845654638", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691136845654638_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136845654638_754675_877120_959631\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":47712 + }, + "merge_coords":"754675_877120_959631", + "zoom_margin":47712 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":1122330, + "timestamp":1723612237, + "merge_coords":[ + 758885.8125, + 850763.5, + 951600.875 + ], + "interface_point":[ + 758885.8125, + 850763.5, + 951600.875 + ], + "base_neuron_id":"864691135801447522", + "before_root_ids":[ + 864691135801447522 + ], + "after_root_ids":[ + 864691135782235728, + 864691136195541974 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of neuronal data from different perspectives (front, side, and top). The segmentation aims to capture the processes of a single neuron, including axons and dendrites. \n\n1. **Front View**: The image shows branching that appears mostly consistent without abrupt changes in direction. However, the center of the segment should be closely examined for any irregularities indicating a potential merge error.\n\n2. **Side View**: This perspective presents an elongated branching structure. The branches largely follow a natural directional growth, though further analysis in the center can highlight any merging from different neurons.\n\n3. **Top View**: The branching generally maintains a consistent direction with no evident sharp angles typical of merge errors, such as doubling back or forming ninety-degree angles at junctions.\n\nOverall, across all three views, there does not appear to be any abrupt direction changes or unusual branching that would suggest a merge error. The structure seems coherent and typical of a single neuronal network, with the main branching maintaining a consistent pattern without the conflict typically introduced by merging neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of neuronal data from different perspectives (front, side, and top). The segmentation aims to capture the processes of a single neuron, including axons and dendrites. \n\n1. **Front View**: The image shows branching that appears mostly consistent without abrupt changes in direction. However, the center of the segment should be closely examined for any irregularities indicating a potential merge error.\n\n2. **Side View**: This perspective presents an elongated branching structure. The branches largely follow a natural directional growth, though further analysis in the center can highlight any merging from different neurons.\n\n3. **Top View**: The branching generally maintains a consistent direction with no evident sharp angles typical of merge errors, such as doubling back or forming ninety-degree angles at junctions.\n\nOverall, across all three views, there does not appear to be any abrupt direction changes or unusual branching that would suggest a merge error. The structure seems coherent and typical of a single neuronal network, with the main branching maintaining a consistent pattern without the conflict typically introduced by merging neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135801447522":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + } + }, + "prompt_options":[ + { + "id":"864691135801447522", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + } + ], + "id":"864691135801447522" + }, + { + "task":"split_identification", + "operation_id":1122330, + "timestamp":1723612237, + "merge_coords":[ + 758885.8125, + 850763.5, + 951600.875 + ], + "interface_point":[ + 758885.8125, + 850763.5, + 951600.875 + ], + "base_neuron_id":"864691135801447522", + "before_root_ids":[ + 864691135801447522 + ], + "after_root_ids":[ + 864691135782235728, + 864691136195541974 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\n\nIn the images provided, the neuronal structures appear to be relatively consistent without abrupt structural anomalies that are typically indicative of a merge error. \n\n- **Front View:** The structures appear to follow a natural progression without sharp angles or crossings that could suggest an inappropriate merge.\n \n- **Side View:** The projections show branching patterns that are expected in neuronal processes. There are no visible segments sharply deviating back towards the main structure or forming unnatural shapes.\n \n- **Top View:** The overall pattern is linear and lacks abrupt structural changes or unnatural angles, such as ninety-degree turns or doubling back onto itself.\n\nThe assessment across all views suggests that the segment corresponds to processes of a single neuron without evidence of merging with another neuron's processes.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the images provided, the neuronal structures appear to be relatively consistent without abrupt structural anomalies that are typically indicative of a merge error. \n\n- **Front View:** The structures appear to follow a natural progression without sharp angles or crossings that could suggest an inappropriate merge.\n \n- **Side View:** The projections show branching patterns that are expected in neuronal processes. There are no visible segments sharply deviating back towards the main structure or forming unnatural shapes.\n \n- **Top View:** The overall pattern is linear and lacks abrupt structural changes or unnatural angles, such as ninety-degree turns or doubling back onto itself.\n\nThe assessment across all views suggests that the segment corresponds to processes of a single neuron without evidence of merging with another neuron's processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135801447522":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + } + }, + "prompt_options":[ + { + "id":"864691135801447522", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691135801447522_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135801447522_758885_850763_951600\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":24360 + }, + "merge_coords":"758885_850763_951600", + "zoom_margin":24360 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":1122336, + "timestamp":1723612316, + "merge_coords":[ + 758803.5, + 850573.5, + 951583.5 + ], + "interface_point":[ + 758803.5, + 850573.5, + 951583.5 + ], + "base_neuron_id":"864691136195541974", + "before_root_ids":[ + 864691136195541974 + ], + "after_root_ids":[ + 864691135101300000, + 864691136228531537 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided 3D segmentation images show the morphology of neuronal processes. We are tasked with identifying potential merge errors, where processes from different neurons are erroneously grouped.\n\n1. **Front View Analysis**:\n - Observe any structures that loop back or fold in unexpected ways.\n - Check for right-angle formations or other unnatural junctions indicative of merges.\n\n2. **Side View Analysis**:\n - Look for atypical bending or unexpected convergence of paths that could signal separate processes artificially joined.\n - Examine the flow or continuity of the process to see if there are abrupt directional changes.\n\n3. **Top View Analysis**:\n - Verify the continuity and smooth flow of the structure.\n - Look for signs of branching that abnormally reconnect or make sharp angles, which may indicate a merge.\n\nOverall, despite the complex and entangled structure, no apparent signs of merge errors, like abrupt directional changes, sharp angles, or unnatural returns, are evident within the center of the images. The structure flows continuously without obvious unnatural distortions that typically indicate a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided 3D segmentation images show the morphology of neuronal processes. We are tasked with identifying potential merge errors, where processes from different neurons are erroneously grouped.\n\n1. **Front View Analysis**:\n - Observe any structures that loop back or fold in unexpected ways.\n - Check for right-angle formations or other unnatural junctions indicative of merges.\n\n2. **Side View Analysis**:\n - Look for atypical bending or unexpected convergence of paths that could signal separate processes artificially joined.\n - Examine the flow or continuity of the process to see if there are abrupt directional changes.\n\n3. **Top View Analysis**:\n - Verify the continuity and smooth flow of the structure.\n - Look for signs of branching that abnormally reconnect or make sharp angles, which may indicate a merge.\n\nOverall, despite the complex and entangled structure, no apparent signs of merge errors, like abrupt directional changes, sharp angles, or unnatural returns, are evident within the center of the images. The structure flows continuously without obvious unnatural distortions that typically indicate a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136195541974":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136195541974", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + } + ], + "id":"864691136195541974" + }, + { + "task":"split_identification", + "operation_id":1122336, + "timestamp":1723612316, + "merge_coords":[ + 758803.5, + 850573.5, + 951583.5 + ], + "interface_point":[ + 758803.5, + 850573.5, + 951583.5 + ], + "base_neuron_id":"864691136195541974", + "before_root_ids":[ + 864691136195541974 + ], + "after_root_ids":[ + 864691135101300000, + 864691136228531537 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation images show a long, continuous process, which seems to have a consistent structure throughout the views shown. Here are the aspects analyzed:\n\n1. **Front View**: The structure appears to maintain a relatively uniform path without significant bends or unusual bifurcations that might suggest a merge with another process.\n\n2. **Side View**: The process in the side perspective doesn't show the typical indications of a merge situation, such as overlapping or intersecting processes suggesting a doubling back.\n\n3. **Top View**: Similar to the other views, the top perspective does not indicate any abrupt angles or branches that would suggest a merge error.\n\nOverall, the segment seems to follow a consistent trajectory through space without aberrant crossings or angles that are typical indicators of a merge error. Thus, there is no apparent need to split the segment, as it likely corresponds to a single neuronal process.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation images show a long, continuous process, which seems to have a consistent structure throughout the views shown. Here are the aspects analyzed:\n\n1. **Front View**: The structure appears to maintain a relatively uniform path without significant bends or unusual bifurcations that might suggest a merge with another process.\n\n2. **Side View**: The process in the side perspective doesn't show the typical indications of a merge situation, such as overlapping or intersecting processes suggesting a doubling back.\n\n3. **Top View**: Similar to the other views, the top perspective does not indicate any abrupt angles or branches that would suggest a merge error.\n\nOverall, the segment seems to follow a consistent trajectory through space without aberrant crossings or angles that are typical indicators of a merge error. Thus, there is no apparent need to split the segment, as it likely corresponds to a single neuronal process.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136195541974":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136195541974", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691136195541974_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691136195541974_758803_850573_951583\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"758803_850573_951583", + "zoom_margin":4096 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":1122500, + "timestamp":1723613487, + "merge_coords":[ + 741796.125, + 902099.625, + 1018589.25 + ], + "interface_point":[ + 741796.125, + 902099.625, + 1018589.25 + ], + "base_neuron_id":"864691135865630334", + "before_root_ids":[ + 864691135865630334 + ], + "after_root_ids":[ + 864691135698866965, + 864691136012399011 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\n\nBased on the three perspectives provided (front, side, top), the segment is a thin, elongated structure with multiple branch points. \n\n- **Front view:** The segment appears to have a relatively consistent diameter with some branching. The main branch does not show obvious signs of severe irregularities, such as a doubling back or unusual angles.\n\n- **Side view:** The structure maintains a generally linear configuration, showing some curvature and natural branching patterns typical of neuronal processes. There are no acute angles suggesting an improper merge.\n\n- **Top view:** The segment again displays a regular branching pattern without any visible signs of the 90-degree angles that would indicate a merge error.\n\nAcross all views, there are no obvious anomalies such as sharp turns or doubling back that typically indicate segments from different neurons being erroneously joined. The structure's appearance is consistent with a single neuronal process, likely an axon or dendrite, without evidence of a merge error.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Based on the three perspectives provided (front, side, top), the segment is a thin, elongated structure with multiple branch points. \n\n- **Front view:** The segment appears to have a relatively consistent diameter with some branching. The main branch does not show obvious signs of severe irregularities, such as a doubling back or unusual angles.\n\n- **Side view:** The structure maintains a generally linear configuration, showing some curvature and natural branching patterns typical of neuronal processes. There are no acute angles suggesting an improper merge.\n\n- **Top view:** The segment again displays a regular branching pattern without any visible signs of the 90-degree angles that would indicate a merge error.\n\nAcross all views, there are no obvious anomalies such as sharp turns or doubling back that typically indicate segments from different neurons being erroneously joined. The structure's appearance is consistent with a single neuronal process, likely an axon or dendrite, without evidence of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135865630334":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + } + }, + "prompt_options":[ + { + "id":"864691135865630334", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + } + ], + "id":"864691135865630334" + }, + { + "task":"split_identification", + "operation_id":1122500, + "timestamp":1723613487, + "merge_coords":[ + 741796.125, + 902099.625, + 1018589.25 + ], + "interface_point":[ + 741796.125, + 902099.625, + 1018589.25 + ], + "base_neuron_id":"864691135865630334", + "before_root_ids":[ + 864691135865630334 + ], + "after_root_ids":[ + 864691135698866965, + 864691136012399011 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided are three different perspectives (front, side, top) of a neuronal segment in 3D. We are tasked to identify potential merge errors that typically manifest as abnormalities in structure, such as doubling back or forming unusual angles.\n\n1. **Front View:** The segment appears relatively linear with some slight undulations. There are small branches, but no obvious large right angles or looping back within the frame provided.\n\n2. **Side View:** The side view similarly shows a linear structure. The line is more tortuous in some spots, but there are no dramatic directional changes that would suggest merging from another process.\n\n3. **Top View:** This view also shows a consistent presentation with the above views. There is consistency in the direction without any visible looping back or significant right angles.\n\nThese observations do not indicate a merge error. The segment seems to properly belong to a single neuronal process without structural abnormalities suggestive of merging from another neuron.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided are three different perspectives (front, side, top) of a neuronal segment in 3D. We are tasked to identify potential merge errors that typically manifest as abnormalities in structure, such as doubling back or forming unusual angles.\n\n1. **Front View:** The segment appears relatively linear with some slight undulations. There are small branches, but no obvious large right angles or looping back within the frame provided.\n\n2. **Side View:** The side view similarly shows a linear structure. The line is more tortuous in some spots, but there are no dramatic directional changes that would suggest merging from another process.\n\n3. **Top View:** This view also shows a consistent presentation with the above views. There is consistency in the direction without any visible looping back or significant right angles.\n\nThese observations do not indicate a merge error. The segment seems to properly belong to a single neuronal process without structural abnormalities suggestive of merging from another neuron.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135865630334":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + } + }, + "prompt_options":[ + { + "id":"864691135865630334", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691135865630334_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135865630334_741796_902099_1018589\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":38724 + }, + "merge_coords":"741796_902099_1018589", + "zoom_margin":38724 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":1122617, + "timestamp":1723614793, + "merge_coords":[ + 769686.75, + 995452.5, + 949882.5 + ], + "interface_point":[ + 769686.75, + 995452.5, + 949882.5 + ], + "base_neuron_id":"864691135698867477", + "before_root_ids":[ + 864691135698867477 + ], + "after_root_ids":[ + 864691136618576859, + 864691135942698356 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe 3D segmentation shows an elongated, branching structure typical of neuronal processes such as axons or dendrites. To determine if there is a merge error, we need to analyze the structure for signs of unnatural connection, such as abrupt angles, loops, or other irregularities.\n\nIn the front view, the structure appears to be continuous with no apparent doubling back or abrupt angular connections that might suggest a merge error.\n\nThe side view maintains a similar continuous appearance, with no clear indication of axonal structures doubling back or forming any unnatural connections.\n\nThe top view follows the same trend; the structure seems to be a single, continuous entity without ninety-degree angles or unusual branching.\n\nThroughout all views, the branching appears typical for a neuron, with no indications of a merge between different neuronal processes.\n\nConsidering the available information and visual inspection across the different views, there are no clear signs of a merge error within the segmentation.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The 3D segmentation shows an elongated, branching structure typical of neuronal processes such as axons or dendrites. To determine if there is a merge error, we need to analyze the structure for signs of unnatural connection, such as abrupt angles, loops, or other irregularities.\n\nIn the front view, the structure appears to be continuous with no apparent doubling back or abrupt angular connections that might suggest a merge error.\n\nThe side view maintains a similar continuous appearance, with no clear indication of axonal structures doubling back or forming any unnatural connections.\n\nThe top view follows the same trend; the structure seems to be a single, continuous entity without ninety-degree angles or unusual branching.\n\nThroughout all views, the branching appears typical for a neuron, with no indications of a merge between different neuronal processes.\n\nConsidering the available information and visual inspection across the different views, there are no clear signs of a merge error within the segmentation.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135698867477":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + } + }, + "prompt_options":[ + { + "id":"864691135698867477", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + } + ], + "id":"864691135698867477" + }, + { + "task":"split_identification", + "operation_id":1122617, + "timestamp":1723614793, + "merge_coords":[ + 769686.75, + 995452.5, + 949882.5 + ], + "interface_point":[ + 769686.75, + 995452.5, + 949882.5 + ], + "base_neuron_id":"864691135698867477", + "before_root_ids":[ + 864691135698867477 + ], + "after_root_ids":[ + 864691136618576859, + 864691135942698356 + ], + "proofread_root_id":"864691134989919098", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show three different perspectives (front, side, top) of a segmented neuron. Our task is to identify any potential merge errors that would warrant splitting the segment.\n\n### Observations:\n1. **Front View**: \n - The front view shows branching at the center, but no apparent unusual doublings or drastic angle formations.\n\n2. **Side View**: \n - The side view also displays continuous branching without abrupt changes in direction.\n\n3. **Top View**: \n - The top view shows a similar structural flow with branches extending without severe angular deviations.\n\n### Analysis:\n- **Merge Indicators**: In merge errors, we would expect structures that might involve sharp, unnatural turns or doubling back, particularly around the branching points in the center of the 3D volume.\n- **Visual Inspection**: None of the particulary indicative signs of merging errors (i.e., abrupt angle formations or unusual branching behavior) are detectable from the images. The continuity and flow of the branches appear consistent with typical neuronal morphology.\n\nBased on the given views and the structural consistency exhibited, there is no significant evidence suggesting a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show three different perspectives (front, side, top) of a segmented neuron. Our task is to identify any potential merge errors that would warrant splitting the segment.\n\n### Observations:\n1. **Front View**: \n - The front view shows branching at the center, but no apparent unusual doublings or drastic angle formations.\n\n2. **Side View**: \n - The side view also displays continuous branching without abrupt changes in direction.\n\n3. **Top View**: \n - The top view shows a similar structural flow with branches extending without severe angular deviations.\n\n### Analysis:\n- **Merge Indicators**: In merge errors, we would expect structures that might involve sharp, unnatural turns or doubling back, particularly around the branching points in the center of the 3D volume.\n- **Visual Inspection**: None of the particulary indicative signs of merging errors (i.e., abrupt angle formations or unusual branching behavior) are detectable from the images. The continuity and flow of the branches appear consistent with typical neuronal morphology.\n\nBased on the given views and the structural consistency exhibited, there is no significant evidence suggesting a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135698867477":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "864691134989919098":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + } + }, + "prompt_options":[ + { + "id":"864691135698867477", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691135698867477_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + }, + { + "id":"864691134989919098", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134989919098_864691135698867477_769686_995452_949882\/base_864691134989919098_zoomed_top.png" + }, + "em":null, + "zoom_margin":22344 + }, + "merge_coords":"769686_995452_949882", + "zoom_margin":22344 + } + ], + "id":"864691134989919098" + }, + { + "task":"split_identification", + "operation_id":122815, + "timestamp":1600372215, + "merge_coords":[ + 1165447.5, + 855946.0, + 1058624.0 + ], + "interface_point":[ + 1165447.5, + 855946.0, + 1058624.0 + ], + "base_neuron_id":"864691136689941084", + "before_root_ids":[ + 864691136689941084 + ], + "after_root_ids":[ + 864691136134529931, + 864691135341111493 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\nIn analyzing the provided segment for potential merge errors, I examined the images from the front, side, and top perspectives. The signs of potential merge errors include unnatural structures such as doubling back of axons or unusual right-angle formations where branches connect. \n\nFrom the front view, the segment appears to have a generally linear structure with a few small branches. The side view also shows a similar linearity with some branching, but no obvious right angles or doubling back are visible. In the top view, the same linear pattern persists with consistent thickness, which suggests uninterrupted continuation rather than abrupt merging of distinct branches.\n\nOverall, the segment does not exhibit clear characteristics of merge errors, such as significant doubling back or unnatural angles that would suggest improper merging of neuronal processes from different neurons.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In analyzing the provided segment for potential merge errors, I examined the images from the front, side, and top perspectives. The signs of potential merge errors include unnatural structures such as doubling back of axons or unusual right-angle formations where branches connect. \n\nFrom the front view, the segment appears to have a generally linear structure with a few small branches. The side view also shows a similar linearity with some branching, but no obvious right angles or doubling back are visible. In the top view, the same linear pattern persists with consistent thickness, which suggests uninterrupted continuation rather than abrupt merging of distinct branches.\n\nOverall, the segment does not exhibit clear characteristics of merge errors, such as significant doubling back or unnatural angles that would suggest improper merging of neuronal processes from different neurons.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136689941084":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + } + }, + "prompt_options":[ + { + "id":"864691136689941084", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + } + ], + "id":"864691136689941084" + }, + { + "task":"split_identification", + "operation_id":122815, + "timestamp":1600372215, + "merge_coords":[ + 1165447.5, + 855946.0, + 1058624.0 + ], + "interface_point":[ + 1165447.5, + 855946.0, + 1058624.0 + ], + "base_neuron_id":"864691136689941084", + "before_root_ids":[ + 864691136689941084 + ], + "after_root_ids":[ + 864691136134529931, + 864691135341111493 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\n\nUpon examining the 3D segmentation from different perspectives, here are the observations:\n\n1. **Front View**: The structure appears to follow a continuous path, but there is a point where the structure seems to bend sharply. This could potentially indicate a merge error where two distinct processes were joined erroneously.\n\n2. **Side View**: From this angle, there is additional evidence of an unnatural bend in the structure, possibly suggesting a segment that might have been merged at a sharp angle.\n\n3. **Top View**: The continuation of a branch appears, but there is an indication of potential doubling back or sharp angling at one of the junctions.\n\nThe occurrence of these abnormal angles and possible doubling back could suggest the presence of a merge error. These features align with characteristics typical of merge errors in neuronal data (e.g., sharp bends, unnatural angles).\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from different perspectives, here are the observations:\n\n1. **Front View**: The structure appears to follow a continuous path, but there is a point where the structure seems to bend sharply. This could potentially indicate a merge error where two distinct processes were joined erroneously.\n\n2. **Side View**: From this angle, there is additional evidence of an unnatural bend in the structure, possibly suggesting a segment that might have been merged at a sharp angle.\n\n3. **Top View**: The continuation of a branch appears, but there is an indication of potential doubling back or sharp angling at one of the junctions.\n\nThe occurrence of these abnormal angles and possible doubling back could suggest the presence of a merge error. These features align with characteristics typical of merge errors in neuronal data (e.g., sharp bends, unnatural angles).", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136689941084":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + } + }, + "prompt_options":[ + { + "id":"864691136689941084", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136689941084_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136689941084_1165447_855946_1058624\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":134652 + }, + "merge_coords":"1165447_855946_1058624", + "zoom_margin":134652 + } + ], + "id":"864691136089194039" + }, + { + "task":"split_identification", + "operation_id":123219, + "timestamp":1600436038, + "merge_coords":[ + 1260567.0, + 697830.0, + 646243.5 + ], + "interface_point":[ + 1260567.0, + 697830.0, + 646243.5 + ], + "base_neuron_id":"864691136388325751", + "before_root_ids":[ + 864691136388325751 + ], + "after_root_ids":[ + 864691136973742876, + 864691135657904002 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\n\nFrom the images provided, we are looking for signs of merge errors in the neuronal segmentation, which often include irregularities such as axons doubling back after branching or forming sharp angles. \n\n1. **Front View Image:**\n - The structure appears to have a long, mostly continuous path, but there are some minor branches visible.\n - No prominent doubling back or sharp ninety-degree angles are evident that would suggest a merge.\n\n2. **Side View Image:**\n - The structure has a consistent progression and branching pattern typical of an axon or dendrite.\n - No significant irregularities or abrupt angles are present.\n\n3. **Top View Image:**\n - Similar to the other views, the path of the neuron seems smooth without indications of unexpected angles or turns.\n\nAcross all views, the neuronal structure appears to be consistent with typical morphology. There are no striking features that would suggest a merge from different neurons in the center of the volume.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"From the images provided, we are looking for signs of merge errors in the neuronal segmentation, which often include irregularities such as axons doubling back after branching or forming sharp angles. \n\n1. **Front View Image:**\n - The structure appears to have a long, mostly continuous path, but there are some minor branches visible.\n - No prominent doubling back or sharp ninety-degree angles are evident that would suggest a merge.\n\n2. **Side View Image:**\n - The structure has a consistent progression and branching pattern typical of an axon or dendrite.\n - No significant irregularities or abrupt angles are present.\n\n3. **Top View Image:**\n - Similar to the other views, the path of the neuron seems smooth without indications of unexpected angles or turns.\n\nAcross all views, the neuronal structure appears to be consistent with typical morphology. There are no striking features that would suggest a merge from different neurons in the center of the volume.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136388325751":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + } + }, + "prompt_options":[ + { + "id":"864691136388325751", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + } + ], + "id":"864691136388325751" + }, + { + "task":"split_identification", + "operation_id":123219, + "timestamp":1600436038, + "merge_coords":[ + 1260567.0, + 697830.0, + 646243.5 + ], + "interface_point":[ + 1260567.0, + 697830.0, + 646243.5 + ], + "base_neuron_id":"864691136388325751", + "before_root_ids":[ + 864691136388325751 + ], + "after_root_ids":[ + 864691136973742876, + 864691135657904002 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"Upon examining the images provided from the front, side, and top perspectives, I observed the following characteristics related to potential merge errors:\n\n1. **Front View**: The axonal processes appear generally linear but there are areas where the paths seem to loop back or intersect at unusual angles. This may indicate possible merging of data from different neurons.\n\n2. **Side View**: There's a noticeable curvature and branching characteristic. Some branches seem to have acute angles, which could suggest a merge error where one axon inappropriately turns back upon itself.\n\n3. **Top View**: There appear to be intersecting paths at near-right angles, which is another potential indicator of merge errors in axonal data.\n\nThe combination of these features, particularly at the center of the 3D segmentation volume, suggests the potential for merge errors where processes from different neurons might be grouped incorrectly. These observations align with known indicators of merge errors such as doubling back and ninety-degree angles. \n\nAfter considering these observations, it is reasonable to conclude that a split is necessary to correct the segmentation. <\/analysis>\n\n1<\/answer>", + "model_analysis":"Upon examining the images provided from the front, side, and top perspectives, I observed the following characteristics related to potential merge errors:\n\n1. **Front View**: The axonal processes appear generally linear but there are areas where the paths seem to loop back or intersect at unusual angles. This may indicate possible merging of data from different neurons.\n\n2. **Side View**: There's a noticeable curvature and branching characteristic. Some branches seem to have acute angles, which could suggest a merge error where one axon inappropriately turns back upon itself.\n\n3. **Top View**: There appear to be intersecting paths at near-right angles, which is another potential indicator of merge errors in axonal data.\n\nThe combination of these features, particularly at the center of the 3D segmentation volume, suggests the potential for merge errors where processes from different neurons might be grouped incorrectly. These observations align with known indicators of merge errors such as doubling back and ninety-degree angles. \n\nAfter considering these observations, it is reasonable to conclude that a split is necessary to correct the segmentation.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691136388325751":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + } + }, + "prompt_options":[ + { + "id":"864691136388325751", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136388325751_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136388325751_1260567_697830_646243\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":37548 + }, + "merge_coords":"1260567_697830_646243", + "zoom_margin":37548 + } + ], + "id":"864691136089194039" + }, + { + "task":"split_identification", + "operation_id":123969, + "timestamp":1600695298, + "merge_coords":[ + 1095038.0, + 724570.0, + 747946.5 + ], + "interface_point":[ + 1095038.0, + 724570.0, + 747946.5 + ], + "base_neuron_id":"864691136906953070", + "before_root_ids":[ + 864691136906953070 + ], + "after_root_ids":[ + 864691135809571788, + 864691137019617134 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\nThe analysis of the images has to be done to identify whether the segments show indications of merge errors, such as abnormal branching or non-linear angles.\n\n1. **Front View:** The segment appears to have a relatively linear trajectory. There are no obvious branches doubling back or forming angles indicative of a merge error.\n\n2. **Side View:** This view primarily shows a slender and elongated structure, which is characteristic of axonal or dendritic processes. There is no visible branching that forms sharp or right angles, which could suggest a merging of different neurons.\n\n3. **Top View:** From this perspective, the segment maintains a consistent path without deviations that suggest abnormal connections. The architecture appears typical for a single neuronal process, with no branching that redirects sharply.\n\nConsidering all views, the segment doesn't exhibit characteristics typical of merge errors like severe angle deviations or doubling back. The structure is consistent with that expected of a single, continuous neuronal process. \n\nOverall, based on the evidence from the provided views, there is no strong indication of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The analysis of the images has to be done to identify whether the segments show indications of merge errors, such as abnormal branching or non-linear angles.\n\n1. **Front View:** The segment appears to have a relatively linear trajectory. There are no obvious branches doubling back or forming angles indicative of a merge error.\n\n2. **Side View:** This view primarily shows a slender and elongated structure, which is characteristic of axonal or dendritic processes. There is no visible branching that forms sharp or right angles, which could suggest a merging of different neurons.\n\n3. **Top View:** From this perspective, the segment maintains a consistent path without deviations that suggest abnormal connections. The architecture appears typical for a single neuronal process, with no branching that redirects sharply.\n\nConsidering all views, the segment doesn't exhibit characteristics typical of merge errors like severe angle deviations or doubling back. The structure is consistent with that expected of a single, continuous neuronal process. \n\nOverall, based on the evidence from the provided views, there is no strong indication of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136906953070":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136906953070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + } + ], + "id":"864691136906953070" + }, + { + "task":"split_identification", + "operation_id":123969, + "timestamp":1600695298, + "merge_coords":[ + 1095038.0, + 724570.0, + 747946.5 + ], + "interface_point":[ + 1095038.0, + 724570.0, + 747946.5 + ], + "base_neuron_id":"864691136906953070", + "before_root_ids":[ + 864691136906953070 + ], + "after_root_ids":[ + 864691135809571788, + 864691137019617134 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\nThe images show three views (front, side, top) of a 3D segmentation of neuronal data. The task is to identify potential merge errors, which might indicate that structures from different neurons have been incorrectly grouped together. \n\nA common characteristic of merge errors could be:\n\n1. Aberrant axonal structure - this includes unexpected turns such as an axon doubling back or forming a ninety-degree angle when joined with another axonal process.\n\nBy examining the images:\n\n- **Front View:** The structure appears to be mostly linear with some deviations but no clear doubling back or sharp ninety-degree turns.\n\n- **Side View:** The axon-like structure seems continuous without abrupt directional changes.\n\n- **Top View:** Again, no apparent sharp angles or doubling back on itself is visible.\n\nIn all three perspectives, the axon maintains a fairly consistent and linear path without any conspicuous angle formations or indications of branching back onto itself.\n\nThese observations suggest a lack of typical merge error signs, indicating that the segmentation in the presented images likely corresponds to processes of a single neuron rather than a merge of multiple neurons' processes.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images show three views (front, side, top) of a 3D segmentation of neuronal data. The task is to identify potential merge errors, which might indicate that structures from different neurons have been incorrectly grouped together. \n\nA common characteristic of merge errors could be:\n\n1. Aberrant axonal structure - this includes unexpected turns such as an axon doubling back or forming a ninety-degree angle when joined with another axonal process.\n\nBy examining the images:\n\n- **Front View:** The structure appears to be mostly linear with some deviations but no clear doubling back or sharp ninety-degree turns.\n\n- **Side View:** The axon-like structure seems continuous without abrupt directional changes.\n\n- **Top View:** Again, no apparent sharp angles or doubling back on itself is visible.\n\nIn all three perspectives, the axon maintains a fairly consistent and linear path without any conspicuous angle formations or indications of branching back onto itself.\n\nThese observations suggest a lack of typical merge error signs, indicating that the segmentation in the presented images likely corresponds to processes of a single neuron rather than a merge of multiple neurons' processes.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136906953070":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691136906953070", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136906953070_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136906953070_1095038_724570_747946\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"1095038_724570_747946", + "zoom_margin":4096 + } + ], + "id":"864691136089194039" + }, + { + "task":"split_identification", + "operation_id":125462, + "timestamp":1600872305, + "merge_coords":[ + 557858.0, + 717692.5, + 804062.0 + ], + "interface_point":[ + 557858.0, + 717692.5, + 804062.0 + ], + "base_neuron_id":"864691136194154966", + "before_root_ids":[ + 864691136194154966 + ], + "after_root_ids":[ + 864691135568979078, + 864691135491311455 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\nFrom the images provided, the analysis focuses on identifying any potential merge errors in the neuronal segmentation.\n\n1. **Front View**: From this perspective, the neuronal processes appear to be mostly continuous, without any apparent abrupt changes in direction or unnatural junctions suggesting a merge error.\n\n2. **Side View**: In this view, the processes extend smoothly without showing signs of doubling back or forming sharp angles that could imply a merge with a different neuron.\n\n3. **Top View**: Similar to the previous views, the top perspective shows a relatively consistent morphology without any conspicuous abnormalities indicative of merge errors.\n\nOverall, while observing from the given perspectives, the neuronal processes display a coherent structure typical of a single neuron, and no significant features suggesting segmentation errors are present at the center of the volume. The absence of abrupt changes or unnatural junctions suggests that the segmenting algorithm has likely not introduced merge errors in this case.\n\nTherefore, based on the observations from all views, it appears that there is no merge error in the segment.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"From the images provided, the analysis focuses on identifying any potential merge errors in the neuronal segmentation.\n\n1. **Front View**: From this perspective, the neuronal processes appear to be mostly continuous, without any apparent abrupt changes in direction or unnatural junctions suggesting a merge error.\n\n2. **Side View**: In this view, the processes extend smoothly without showing signs of doubling back or forming sharp angles that could imply a merge with a different neuron.\n\n3. **Top View**: Similar to the previous views, the top perspective shows a relatively consistent morphology without any conspicuous abnormalities indicative of merge errors.\n\nOverall, while observing from the given perspectives, the neuronal processes display a coherent structure typical of a single neuron, and no significant features suggesting segmentation errors are present at the center of the volume. The absence of abrupt changes or unnatural junctions suggests that the segmenting algorithm has likely not introduced merge errors in this case.\n\nTherefore, based on the observations from all views, it appears that there is no merge error in the segment.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194154966":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + } + }, + "prompt_options":[ + { + "id":"864691136194154966", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + } + ], + "id":"864691136194154966" + }, + { + "task":"split_identification", + "operation_id":125462, + "timestamp":1600872305, + "merge_coords":[ + 557858.0, + 717692.5, + 804062.0 + ], + "interface_point":[ + 557858.0, + 717692.5, + 804062.0 + ], + "base_neuron_id":"864691136194154966", + "before_root_ids":[ + 864691136194154966 + ], + "after_root_ids":[ + 864691135568979078, + 864691135491311455 + ], + "proofread_root_id":"864691136089194039", + "model":"gpt-4o", + "model_raw_answer":"\nExamining the provided images from the front, side, and top perspectives, I will look for signs of merge errors, such as unusual branching patterns, axons doubling back, or forming sharp angles that could indicate an incorrect segmentation of neuronal processes.\n\n1. **Front view:** The structure appears mostly linear with some branching, which is typical for neuronal processes. No obvious signs of abrupt angling or unusual looping are observed.\n\n2. **Side view:** The curvature or trajectory appears fairly smooth. There doesn't seem to be any sharp angles or doubling back, which could suggest a merge error.\n\n3. **Top view:** Similar to the other perspectives, the structure maintains a consistent path without any drastic directional changes or signs of improper merging.\n\nAcross these views, the neuronal process appears cohesive without distinct features suggesting that different processes were mistakenly joined. This indicates a likely correct segmentation without merge errors.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Examining the provided images from the front, side, and top perspectives, I will look for signs of merge errors, such as unusual branching patterns, axons doubling back, or forming sharp angles that could indicate an incorrect segmentation of neuronal processes.\n\n1. **Front view:** The structure appears mostly linear with some branching, which is typical for neuronal processes. No obvious signs of abrupt angling or unusual looping are observed.\n\n2. **Side view:** The curvature or trajectory appears fairly smooth. There doesn't seem to be any sharp angles or doubling back, which could suggest a merge error.\n\n3. **Top view:** Similar to the other perspectives, the structure maintains a consistent path without any drastic directional changes or signs of improper merging.\n\nAcross these views, the neuronal process appears cohesive without distinct features suggesting that different processes were mistakenly joined. This indicates a likely correct segmentation without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136194154966":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "864691136089194039":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + } + }, + "prompt_options":[ + { + "id":"864691136194154966", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136194154966_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + }, + { + "id":"864691136089194039", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_front.png", + "side":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_side.png", + "top":"output\/mouse_split\/base_864691136089194039_864691136194154966_557858_717692_804062\/base_864691136089194039_zoomed_top.png" + }, + "em":null, + "zoom_margin":65898 + }, + "merge_coords":"557858_717692_804062", + "zoom_margin":65898 + } + ], + "id":"864691136089194039" + }, + { + "task":"split_identification", + "operation_id":885513, + "timestamp":1695749477, + "merge_coords":[ + 773243.125, + 817704.25, + 759618.25 + ], + "interface_point":[ + 773243.125, + 817704.25, + 759618.25 + ], + "base_neuron_id":"864691134811491738", + "before_root_ids":[ + 864691134811491738 + ], + "after_root_ids":[ + 864691135953363235, + 864691134886024954 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nTo determine if there is a merge error in the 3D segmentation of neuronal data, we need to carefully examine the morphology of the segment from different perspectives.\n\n1. **Front View**: The segment appears to show a complex structure with several branches. The continuity and angles of these branches are important. Look for any abnormal features, like branches that curve sharply or seem to connect at unnatural angles.\n\n2. **Side View**: This view shows the configuration of the neuron in a different axis. This can help identify any unusual looping or bending, such as axons doubling back on themselves.\n\n3. **Top View**: Provides another perspective to assess any spatial anomalies. Check for any irregular junctions where branches might connect unexpectedly.\n\nAcross all three views, we're looking for signs of a merge error, which would manifest as unusual junctions or angular connections suggesting processes from different neurons are incorrectly merged.\n\nExamining the images provided:\n- The front view shows several structures extending outward, but there's no clear evidence of sharp angles or backtracking.\n- The side view similarly does not show any obvious signs of branching that would suggest one neuron's process is incorrectly merging with another.\n- The top view maintains a consistent structure without irregular connections.\n\nIn these views, there don't appear to be any structural anomalies consistent with merge errors such as ninety-degree connections or looping back on branches. The observed branching could be part of the normal neuronal morphology.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"To determine if there is a merge error in the 3D segmentation of neuronal data, we need to carefully examine the morphology of the segment from different perspectives.\n\n1. **Front View**: The segment appears to show a complex structure with several branches. The continuity and angles of these branches are important. Look for any abnormal features, like branches that curve sharply or seem to connect at unnatural angles.\n\n2. **Side View**: This view shows the configuration of the neuron in a different axis. This can help identify any unusual looping or bending, such as axons doubling back on themselves.\n\n3. **Top View**: Provides another perspective to assess any spatial anomalies. Check for any irregular junctions where branches might connect unexpectedly.\n\nAcross all three views, we're looking for signs of a merge error, which would manifest as unusual junctions or angular connections suggesting processes from different neurons are incorrectly merged.\n\nExamining the images provided:\n- The front view shows several structures extending outward, but there's no clear evidence of sharp angles or backtracking.\n- The side view similarly does not show any obvious signs of branching that would suggest one neuron's process is incorrectly merging with another.\n- The top view maintains a consistent structure without irregular connections.\n\nIn these views, there don't appear to be any structural anomalies consistent with merge errors such as ninety-degree connections or looping back on branches. The observed branching could be part of the normal neuronal morphology.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134811491738":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + } + }, + "prompt_options":[ + { + "id":"864691134811491738", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + } + ], + "id":"864691134811491738" + }, + { + "task":"split_identification", + "operation_id":885513, + "timestamp":1695749477, + "merge_coords":[ + 773243.125, + 817704.25, + 759618.25 + ], + "interface_point":[ + 773243.125, + 817704.25, + 759618.25 + ], + "base_neuron_id":"864691134811491738", + "before_root_ids":[ + 864691134811491738 + ], + "after_root_ids":[ + 864691135953363235, + 864691134886024954 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D segmentation from the provided views (front, side, top), here are the observations:\n\n1. **Front View**: The structure appears to have a consistent and linear morphology, typical of a neuronal process. There is no visible doubling back or sharp turns that typically indicate a merge error.\n\n2. **Side View**: From this perspective, the segment maintains a linear path without any sharp angles or abrupt changes in direction. Merge errors would often appear as noticeable changes in direction that are not present here.\n\n3. **Top View**: This view also shows a continuous structure without the presence of ninety-degree angles or unusual branching patterns that would indicate a merging of different neuronal processes.\n\nOverall, the segment appears to maintain a consistent morphology across all views, indicating that it likely represents a single neuronal process without any significant merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D segmentation from the provided views (front, side, top), here are the observations:\n\n1. **Front View**: The structure appears to have a consistent and linear morphology, typical of a neuronal process. There is no visible doubling back or sharp turns that typically indicate a merge error.\n\n2. **Side View**: From this perspective, the segment maintains a linear path without any sharp angles or abrupt changes in direction. Merge errors would often appear as noticeable changes in direction that are not present here.\n\n3. **Top View**: This view also shows a continuous structure without the presence of ninety-degree angles or unusual branching patterns that would indicate a merging of different neuronal processes.\n\nOverall, the segment appears to maintain a consistent morphology across all views, indicating that it likely represents a single neuronal process without any significant merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134811491738":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + } + }, + "prompt_options":[ + { + "id":"864691134811491738", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691134811491738_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134811491738_864691135738047620_773243_817704_759618\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":8526 + }, + "merge_coords":"773243_817704_759618", + "zoom_margin":8526 + } + ], + "id":"864691135738047620" + }, + { + "task":"split_identification", + "operation_id":885561, + "timestamp":1695752340, + "merge_coords":[ + 736942.5, + 411642.0, + 721602.0 + ], + "interface_point":[ + 736942.5, + 411642.0, + 721602.0 + ], + "base_neuron_id":"864691135279475873", + "before_root_ids":[ + 864691135279475873 + ], + "after_root_ids":[ + 864691135503017309, + 864691136389870608 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show different views (front, side, top) of a 3D segmentation of neuronal data. I will analyze these views for potential merge errors which are characterized by unusual structures such as doubling back of processes or sharp angles, particularly near the center of the volume.\n\n1. **Front View**: The structure appears elongated and thin. There's no obvious sign of an unusual bend or loop that reflects a typical merge error.\n\n2. **Side View**: This view shows one prominent confluence point and a possible divergence. However, there is no sharp turn or doubling back indicative of a merge error. The branches seem to flow relatively smoothly without conflict.\n\n3. **Top View**: The segment appears linear and consistent without sharp angles or intersections that seem unnatural. There is a relatively continuous flow in the processes visible from this angle.\n\nConsidering all the perspectives together, there seems to be a smooth continuation of the structure without sharp angles or doubling back that would indicate a merger of different neurons. The shape appears consistent with typical neuronal morphology for a single neuron, giving no strong evidence of a merge error.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided show different views (front, side, top) of a 3D segmentation of neuronal data. I will analyze these views for potential merge errors which are characterized by unusual structures such as doubling back of processes or sharp angles, particularly near the center of the volume.\n\n1. **Front View**: The structure appears elongated and thin. There's no obvious sign of an unusual bend or loop that reflects a typical merge error.\n\n2. **Side View**: This view shows one prominent confluence point and a possible divergence. However, there is no sharp turn or doubling back indicative of a merge error. The branches seem to flow relatively smoothly without conflict.\n\n3. **Top View**: The segment appears linear and consistent without sharp angles or intersections that seem unnatural. There is a relatively continuous flow in the processes visible from this angle.\n\nConsidering all the perspectives together, there seems to be a smooth continuation of the structure without sharp angles or doubling back that would indicate a merger of different neurons. The shape appears consistent with typical neuronal morphology for a single neuron, giving no strong evidence of a merge error.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135279475873":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135279475873", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + } + ], + "id":"864691135279475873" + }, + { + "task":"split_identification", + "operation_id":885561, + "timestamp":1695752340, + "merge_coords":[ + 736942.5, + 411642.0, + 721602.0 + ], + "interface_point":[ + 736942.5, + 411642.0, + 721602.0 + ], + "base_neuron_id":"864691135279475873", + "before_root_ids":[ + 864691135279475873 + ], + "after_root_ids":[ + 864691135503017309, + 864691136389870608 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nThe provided 3D segmentation images show a neuronal structure that needs evaluation for potential merge errors. Let's analyze each view:\n\n1. **Front View**:\n - The structure appears to have a large bulbous end, possibly representing a soma or branching area. \n - The main process extending from it is relatively consistent, with no apparent abrupt changes in direction.\n\n2. **Side View**:\n - The main process appears to extend continuously without sharp angles or doubling back seen from the side perspective.\n - The geometry suggests a gradual and natural path without discrete branches forming unexpected angles.\n\n3. **Top View**:\n - Similar to the side view, the top view also shows a process extending in a relatively smooth manner.\n - There are no visible signs of abrupt turns or unnatural angles typical of merge errors.\n\nAcross all views, the segment appears continuous and does not exhibit characteristics typical of a merge error, such as sharp angles or abrupt directional changes that would suggest processes from different neurons being incorrectly merged.\n\nBased on the structure's geometry from all perspectives, there is no evident sign of a merge error that would require the segment to be split.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided 3D segmentation images show a neuronal structure that needs evaluation for potential merge errors. Let's analyze each view:\n\n1. **Front View**:\n - The structure appears to have a large bulbous end, possibly representing a soma or branching area. \n - The main process extending from it is relatively consistent, with no apparent abrupt changes in direction.\n\n2. **Side View**:\n - The main process appears to extend continuously without sharp angles or doubling back seen from the side perspective.\n - The geometry suggests a gradual and natural path without discrete branches forming unexpected angles.\n\n3. **Top View**:\n - Similar to the side view, the top view also shows a process extending in a relatively smooth manner.\n - There are no visible signs of abrupt turns or unnatural angles typical of merge errors.\n\nAcross all views, the segment appears continuous and does not exhibit characteristics typical of a merge error, such as sharp angles or abrupt directional changes that would suggest processes from different neurons being incorrectly merged.\n\nBased on the structure's geometry from all perspectives, there is no evident sign of a merge error that would require the segment to be split.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135279475873":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691135279475873", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135279475873_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135279475873_864691135738047620_736942_411642_721602\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"736942_411642_721602", + "zoom_margin":4096 + } + ], + "id":"864691135738047620" + }, + { + "task":"split_identification", + "operation_id":885865, + "timestamp":1695784545, + "merge_coords":[ + 943456.5, + 384279.0, + 1091727.0 + ], + "interface_point":[ + 943456.5, + 384279.0, + 1091727.0 + ], + "base_neuron_id":"864691136101122421", + "before_root_ids":[ + 864691136101122421 + ], + "after_root_ids":[ + 864691135618926735, + 864691135374897993 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided depict a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. We are looking for indications of merge errors, such as an axon doubling back, atypical ninety-degree angles, or abnormal thicknesses that suggest inappropriate merging of processes from different neurons.\n\n1. **Front View:**\n - The segment appears long and thin, with some branching visible.\n - There is no obvious sign of the segment looping back on itself or forming sharp, unnatural angles in this view.\n\n2. **Side View:**\n - The segment continues to appear linear and consistent with a typical neuronal process.\n - No straight ninety-degree angles or doubling back can be seen.\n\n3. **Top View:**\n - The paths of the branches appear natural and smoothly connected.\n - The overall structure does not suggest irregular merging with other neurons.\n\n**Overall Assessment:**\nEach view of the segment shows a generally linear, unbranched path that is consistent with typical neuronal processes. There do not appear to be any features suggesting an inappropriate merge error, such as looping back or sharp angles.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images provided depict a 3D segmentation of neuronal data viewed from the front, side, and top perspectives. We are looking for indications of merge errors, such as an axon doubling back, atypical ninety-degree angles, or abnormal thicknesses that suggest inappropriate merging of processes from different neurons.\n\n1. **Front View:**\n - The segment appears long and thin, with some branching visible.\n - There is no obvious sign of the segment looping back on itself or forming sharp, unnatural angles in this view.\n\n2. **Side View:**\n - The segment continues to appear linear and consistent with a typical neuronal process.\n - No straight ninety-degree angles or doubling back can be seen.\n\n3. **Top View:**\n - The paths of the branches appear natural and smoothly connected.\n - The overall structure does not suggest irregular merging with other neurons.\n\n**Overall Assessment:**\nEach view of the segment shows a generally linear, unbranched path that is consistent with typical neuronal processes. There do not appear to be any features suggesting an inappropriate merge error, such as looping back or sharp angles.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136101122421":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + } + }, + "prompt_options":[ + { + "id":"864691136101122421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + } + ], + "id":"864691136101122421" + }, + { + "task":"split_identification", + "operation_id":885865, + "timestamp":1695784545, + "merge_coords":[ + 943456.5, + 384279.0, + 1091727.0 + ], + "interface_point":[ + 943456.5, + 384279.0, + 1091727.0 + ], + "base_neuron_id":"864691136101122421", + "before_root_ids":[ + 864691136101122421 + ], + "after_root_ids":[ + 864691135618926735, + 864691135374897993 + ], + "proofread_root_id":"864691135738047620", + "model":"gpt-4o", + "model_raw_answer":"\nUpon examining the 3D views of the segmented neuronal data from the front, side, and top perspectives, I focus on identifying any aberrant structures that may indicate a merge error. The characteristics to watch for include:\n\n1. **Doubling Back**: Axons that appear to loop back towards previously covered territory.\n2. **Sharp Angles**: Instances where the axon makes an unnatural sharp turn, such as a ninety-degree angle, which often suggests the junction of distinct neurons.\n\nFrom the images:\n- **Front View**: There is a branching pattern that is relatively consistent, without obvious sharp angles or backtracking.\n- **Side View**: The axonal processes appear to extend smoothly without doubling back.\n- **Top View**: Similar to the other views, the axonal branches extend in a coherent manner.\n\nOverall, the segmentation appears consistent across all perspectives, with no visible signs of the aforementioned merge error indicators. Thus, there is no evidence in the images of a merge error requiring the segment to be split apart.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"Upon examining the 3D views of the segmented neuronal data from the front, side, and top perspectives, I focus on identifying any aberrant structures that may indicate a merge error. The characteristics to watch for include:\n\n1. **Doubling Back**: Axons that appear to loop back towards previously covered territory.\n2. **Sharp Angles**: Instances where the axon makes an unnatural sharp turn, such as a ninety-degree angle, which often suggests the junction of distinct neurons.\n\nFrom the images:\n- **Front View**: There is a branching pattern that is relatively consistent, without obvious sharp angles or backtracking.\n- **Side View**: The axonal processes appear to extend smoothly without doubling back.\n- **Top View**: Similar to the other views, the axonal branches extend in a coherent manner.\n\nOverall, the segmentation appears consistent across all perspectives, with no visible signs of the aforementioned merge error indicators. Thus, there is no evidence in the images of a merge error requiring the segment to be split apart.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691136101122421":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "864691135738047620":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + } + }, + "prompt_options":[ + { + "id":"864691136101122421", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691136101122421_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + }, + { + "id":"864691135738047620", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135738047620_864691136101122421_943456_384279_1091727\/base_864691135738047620_zoomed_top.png" + }, + "em":null, + "zoom_margin":19530 + }, + "merge_coords":"943456_384279_1091727", + "zoom_margin":19530 + } + ], + "id":"864691135738047620" + }, + { + "task":"split_identification", + "operation_id":200798, + "timestamp":1613750079, + "merge_coords":[ + 1287337.0, + 542419.5, + 658861.25 + ], + "interface_point":[ + 1287337.0, + 542419.5, + 658861.25 + ], + "base_neuron_id":"864691135359032920", + "before_root_ids":[ + 864691135359032920 + ], + "after_root_ids":[ + 864691135367187193, + 864691136388443767 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\nThe images display neuronal processes viewed from three perspectives: front, side, and top. To determine if there is a merge error, we need to look for specific signs such as axonal structures that deviate from typical paths, notably instances where axons double back or form unnatural angles.\n\nFrom the images provided:\n\n1. **Front View**: The structure appears to extend in several directions with branching. Double backs or sharp angles are not immediately apparent. \n\n2. **Side View**: The extensions seem relatively consistent in directionality. Again, no obvious signs of merging, such as sharp directional changes or unusual returns, are visible.\n\n3. **Top View**: The processes show standard branching patterns. There is no evidence of branches suddenly altering direction in a manner characteristic of a merge error.\n\nExamining the center of the images across all views, I do not observe any anomalies that align with typical indicators of merge errors, such as axons doubling back or conspicuous ninety-degree angles.\n\nGiven these observations, the segment appears to correspond to a single neuron without merge errors.\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The images display neuronal processes viewed from three perspectives: front, side, and top. To determine if there is a merge error, we need to look for specific signs such as axonal structures that deviate from typical paths, notably instances where axons double back or form unnatural angles.\n\nFrom the images provided:\n\n1. **Front View**: The structure appears to extend in several directions with branching. Double backs or sharp angles are not immediately apparent. \n\n2. **Side View**: The extensions seem relatively consistent in directionality. Again, no obvious signs of merging, such as sharp directional changes or unusual returns, are visible.\n\n3. **Top View**: The processes show standard branching patterns. There is no evidence of branches suddenly altering direction in a manner characteristic of a merge error.\n\nExamining the center of the images across all views, I do not observe any anomalies that align with typical indicators of merge errors, such as axons doubling back or conspicuous ninety-degree angles.\n\nGiven these observations, the segment appears to correspond to a single neuron without merge errors.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135359032920":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + } + }, + "prompt_options":[ + { + "id":"864691135359032920", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + } + ], + "id":"864691135359032920" + }, + { + "task":"split_identification", + "operation_id":200798, + "timestamp":1613750079, + "merge_coords":[ + 1287337.0, + 542419.5, + 658861.25 + ], + "interface_point":[ + 1287337.0, + 542419.5, + 658861.25 + ], + "base_neuron_id":"864691135359032920", + "before_root_ids":[ + 864691135359032920 + ], + "after_root_ids":[ + 864691135367187193, + 864691136388443767 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\nThe given images represent a 3D segmentation of neuronal data from different views. We're looking for structural anomalies that might suggest a merge error, such as an axon doubling back or forming a ninety-degree angle when joined improperly with another segment.\n\n1. **Front View**: The branches appear to extend without significant overlapping or doubling back, although some are closely aligned.\n\n2. **Side View**: The side view also shows branches extending outward without clear signs of intersections or abnormal angles. This perspective helps verify that the branches aren't crossing each other sharply.\n\n3. **Top View**: This view offers a comprehensive look at the spread of the branches. The branches do not seem to exhibit any intersections, abrupt angles, or abnormal loops.\n\nGiven the observations from all three perspectives, there seems to be no clear evidence of structural anomalies typical of merge errors. Each branch appears to be distinct, extending from the central volume without inappropriate intersection or angular connection.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The given images represent a 3D segmentation of neuronal data from different views. We're looking for structural anomalies that might suggest a merge error, such as an axon doubling back or forming a ninety-degree angle when joined improperly with another segment.\n\n1. **Front View**: The branches appear to extend without significant overlapping or doubling back, although some are closely aligned.\n\n2. **Side View**: The side view also shows branches extending outward without clear signs of intersections or abnormal angles. This perspective helps verify that the branches aren't crossing each other sharply.\n\n3. **Top View**: This view offers a comprehensive look at the spread of the branches. The branches do not seem to exhibit any intersections, abrupt angles, or abnormal loops.\n\nGiven the observations from all three perspectives, there seems to be no clear evidence of structural anomalies typical of merge errors. Each branch appears to be distinct, extending from the central volume without inappropriate intersection or angular connection.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135359032920":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + } + }, + "prompt_options":[ + { + "id":"864691135359032920", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691135359032920_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135359032920_864691136176327430_1287337_542419_658861\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":35742 + }, + "merge_coords":"1287337_542419_658861", + "zoom_margin":35742 + } + ], + "id":"864691136176327430" + }, + { + "task":"split_identification", + "operation_id":206362, + "timestamp":1614799757, + "merge_coords":[ + 459378.21875, + 715512.0, + 1030449.0 + ], + "interface_point":[ + 459378.21875, + 715512.0, + 1030449.0 + ], + "base_neuron_id":"864691135348486359", + "before_root_ids":[ + 864691135348486359 + ], + "after_root_ids":[ + 864691135590134795, + 864691135782618163 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\n\nThe provided images show a 3D segmentation of neuronal data from the front, side, and top perspectives.\n\nWhen evaluating for potential merge errors involving neuronal processes, we look for signs like:\n\n1. **Aberrant Structure**: Any doubling back of the axon or unusual angles that could indicate that two separate neurons' processes were merged incorrectly.\n2. **Sudden Path Direction Changes**: Sharp turns or atypical branching indicative of a blend between different neurons.\n3. **Topological Irregularities**: Any irregular, non-neuronal looking growth patterns.\n\n**Front View**:\n- The segment appears to have a long, continuous structure, characteristic of a neuronal segment. \n- Any sharp turns or unusual loopbacks are not notably visible from this view.\n\n**Side View**:\n- The segment largely maintains a smooth curve without branching back on itself.\n- No significant orthogonal turns or backtracking are apparent.\n\n**Top View**:\n- The segment presents a consistent path without severe angular changes or atypical branch formations.\n\nOverall, the segment maintains a coherent shape in all perspectives without any apparent signs suggestive of a merge error (such as an unwanted sharp turn or axis change indicative of blended processes).\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"The provided images show a 3D segmentation of neuronal data from the front, side, and top perspectives.\n\nWhen evaluating for potential merge errors involving neuronal processes, we look for signs like:\n\n1. **Aberrant Structure**: Any doubling back of the axon or unusual angles that could indicate that two separate neurons' processes were merged incorrectly.\n2. **Sudden Path Direction Changes**: Sharp turns or atypical branching indicative of a blend between different neurons.\n3. **Topological Irregularities**: Any irregular, non-neuronal looking growth patterns.\n\n**Front View**:\n- The segment appears to have a long, continuous structure, characteristic of a neuronal segment. \n- Any sharp turns or unusual loopbacks are not notably visible from this view.\n\n**Side View**:\n- The segment largely maintains a smooth curve without branching back on itself.\n- No significant orthogonal turns or backtracking are apparent.\n\n**Top View**:\n- The segment presents a consistent path without severe angular changes or atypical branch formations.\n\nOverall, the segment maintains a coherent shape in all perspectives without any apparent signs suggestive of a merge error (such as an unwanted sharp turn or axis change indicative of blended processes).", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135348486359":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + } + }, + "prompt_options":[ + { + "id":"864691135348486359", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + } + ], + "id":"864691135348486359" + }, + { + "task":"split_identification", + "operation_id":206362, + "timestamp":1614799757, + "merge_coords":[ + 459378.21875, + 715512.0, + 1030449.0 + ], + "interface_point":[ + 459378.21875, + 715512.0, + 1030449.0 + ], + "base_neuron_id":"864691135348486359", + "before_root_ids":[ + 864691135348486359 + ], + "after_root_ids":[ + 864691135590134795, + 864691135782618163 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\nIn the given images, I observe the segment from three different perspectives: front, side, and top. The structures appear elongated and linear, typical of neuronal processes. \n\n1. **Front View**: The segment looks like a continuous, smooth structure without any noticeable abrupt angles or unusual branching patterns that might suggest a merge error.\n\n2. **Side View**: This perspective also shows a linear continuity without any twisting or sharp angle formations that would indicate segments from different neurons being merged incorrectly.\n\n3. **Top View**: Similar to the other views, the top perspective maintains a coherent and fluid structure with no visible signs of branching back onto itself or forming atypical angles.\n\nOverall, there doesn't appear to be any significant deviation in the morphology that would suggest merging of processes from different neurons. The views collectively show consistency in the segment structure.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the given images, I observe the segment from three different perspectives: front, side, and top. The structures appear elongated and linear, typical of neuronal processes. \n\n1. **Front View**: The segment looks like a continuous, smooth structure without any noticeable abrupt angles or unusual branching patterns that might suggest a merge error.\n\n2. **Side View**: This perspective also shows a linear continuity without any twisting or sharp angle formations that would indicate segments from different neurons being merged incorrectly.\n\n3. **Top View**: Similar to the other views, the top perspective maintains a coherent and fluid structure with no visible signs of branching back onto itself or forming atypical angles.\n\nOverall, there doesn't appear to be any significant deviation in the morphology that would suggest merging of processes from different neurons. The views collectively show consistency in the segment structure.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691135348486359":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + } + }, + "prompt_options":[ + { + "id":"864691135348486359", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691135348486359_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691135348486359_864691136176327430_459378_715512_1030449\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":10794 + }, + "merge_coords":"459378_715512_1030449", + "zoom_margin":10794 + } + ], + "id":"864691136176327430" + }, + { + "task":"split_identification", + "operation_id":206479, + "timestamp":1614813056, + "merge_coords":[ + 601209.0, + 841862.6875, + 990028.1875 + ], + "interface_point":[ + 601209.0, + 841862.6875, + 990028.1875 + ], + "base_neuron_id":"864691134405775890", + "before_root_ids":[ + 864691134405775890 + ], + "after_root_ids":[ + 864691135373597896, + 864691135571022317 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\nThe images provided show a 3D segmentation of a neuronal structure from three perspectives: front, side, and top. The task is to identify potential merge errors where processes from different neurons may have been incorrectly grouped.\n\n- **Front View:** The structure appears to have several protrusions. There is a possibility of non-linear pathways or branching, but nothing conclusive from this angle alone.\n \n- **Side View:** The structure seems to extend in an unusual manner, possibly indicating bifurcation or looping which might suggest a merge at a non-standard angle or direction.\n\n- **Top View:** From this angle, the structure appears to have a broad main body with extensions, possibly showing an angular pathway resembling a branching or overlapping process.\n\nGiven these observations, the potential signs of merging errors, such as likely looping back or sharp angles, are present. This suggests a possibility of merge error where two separate neuronal processes have been grouped together.\n\n<\/analysis>\n\n1<\/answer>", + "model_analysis":"The images provided show a 3D segmentation of a neuronal structure from three perspectives: front, side, and top. The task is to identify potential merge errors where processes from different neurons may have been incorrectly grouped.\n\n- **Front View:** The structure appears to have several protrusions. There is a possibility of non-linear pathways or branching, but nothing conclusive from this angle alone.\n \n- **Side View:** The structure seems to extend in an unusual manner, possibly indicating bifurcation or looping which might suggest a merge at a non-standard angle or direction.\n\n- **Top View:** From this angle, the structure appears to have a broad main body with extensions, possibly showing an angular pathway resembling a branching or overlapping process.\n\nGiven these observations, the potential signs of merging errors, such as likely looping back or sharp angles, are present. This suggests a possibility of merge error where two separate neuronal processes have been grouped together.", + "model_prediction":"1", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":true, + "model_chosen_id":null, + "model_answer":"1", + "error":null, + "image_paths":{ + "864691134405775890":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134405775890", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + } + ], + "id":"864691134405775890" + }, + { + "task":"split_identification", + "operation_id":206479, + "timestamp":1614813056, + "merge_coords":[ + 601209.0, + 841862.6875, + 990028.1875 + ], + "interface_point":[ + 601209.0, + 841862.6875, + 990028.1875 + ], + "base_neuron_id":"864691134405775890", + "before_root_ids":[ + 864691134405775890 + ], + "after_root_ids":[ + 864691135373597896, + 864691135571022317 + ], + "proofread_root_id":"864691136176327430", + "model":"gpt-4o", + "model_raw_answer":"\nIn the provided images, we observe the 3D structure of a neuronal segment from three different views: front, side, and top. To assess the potential for merge errors, it's necessary to look for abnormalities in the morphology, such as doubling back of structures or sharp ninety-degree angles which are atypical for natural neuronal processes.\n\n1. **Front View:**\n - The structure appears elongated with no immediate signs of doubling back. There are slight curves and branching, which can be normal in neuronal segments.\n - Notable branching occurs without sharp turns or doubling back.\n\n2. **Side View:**\n - The segment has a more flattened appearance from this angle, but no clear signs of acute angular changes or backtracking of the axon.\n\n3. **Top View:**\n - The top perspective shows the continuity of the segment. There is a consistent path with no visible merging anomalies or sudden directional changes indicative of merge errors.\n\nAcross all views, the segment maintains a stretched, uninterrupted flow with natural branching patterns, which suggests a lack of merge errors. Although branches are present, their orientation and continuity suggest they belong to a single neuron rather than being the result of erroneous merging.\n\nGiven the analysis, the morphology of the segment does not exhibit characteristics typical of merge errors between different neurons, such as sharp angles or irregularly joined branches.\n\n<\/analysis>\n\n-1<\/answer>", + "model_analysis":"In the provided images, we observe the 3D structure of a neuronal segment from three different views: front, side, and top. To assess the potential for merge errors, it's necessary to look for abnormalities in the morphology, such as doubling back of structures or sharp ninety-degree angles which are atypical for natural neuronal processes.\n\n1. **Front View:**\n - The structure appears elongated with no immediate signs of doubling back. There are slight curves and branching, which can be normal in neuronal segments.\n - Notable branching occurs without sharp turns or doubling back.\n\n2. **Side View:**\n - The segment has a more flattened appearance from this angle, but no clear signs of acute angular changes or backtracking of the axon.\n\n3. **Top View:**\n - The top perspective shows the continuity of the segment. There is a consistent path with no visible merging anomalies or sudden directional changes indicative of merge errors.\n\nAcross all views, the segment maintains a stretched, uninterrupted flow with natural branching patterns, which suggests a lack of merge errors. Although branches are present, their orientation and continuity suggest they belong to a single neuron rather than being the result of erroneous merging.\n\nGiven the analysis, the morphology of the segment does not exhibit characteristics typical of merge errors between different neurons, such as sharp angles or irregularly joined branches.", + "model_prediction":"none", + "index":0, + "views":[ + "front", + "side", + "top" + ], + "use_zoomed_images":true, + "zoom_margin":1024, + "prompt_mode":"informative", + "correct_answer":null, + "is_split":false, + "model_chosen_id":null, + "model_answer":"none", + "error":null, + "image_paths":{ + "864691134405775890":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "864691136176327430":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + } + }, + "prompt_options":[ + { + "id":"864691134405775890", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691134405775890_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + }, + { + "id":"864691136176327430", + "paths":{ + "default":{ + + }, + "zoomed":{ + "front":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_front.png", + "side":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_side.png", + "top":"output\/mouse_split\/base_864691134405775890_864691136176327430_601209_841862_990028\/base_864691136176327430_zoomed_top.png" + }, + "em":null, + "zoom_margin":4096 + }, + "merge_coords":"601209_841862_990028", + "zoom_margin":4096 + } + ], + "id":"864691136176327430" + } +] \ No newline at end of file