Datasets:
File size: 3,929 Bytes
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"salt": "DD1_OT_VQA_QUERY_V1",
"output_directive": "Output a JSON list [{\"bbox_xywh\": [x, y, w, h]}] in native pixels, origin top-left, one box per annotated overheated region, sorted by x then y; output [] if none.",
"prefixes": [
"Inspect this LPBF optical-tomography layer image and locate every annotated overheated region.",
"Examine this optical-tomography image from laser powder bed fusion and find all annotated overheated regions.",
"Review this LPBF optical monitoring layer for annotated overheating and localize every marked region.",
"Analyze this optical-tomography layer image and identify the locations of all annotated overheated regions.",
"Perform overheating localization on this LPBF optical-tomography image.",
"Check this additive-manufacturing optical layer image and locate every annotated overheated area.",
"Inspect the thermal pattern in this LPBF optical-tomography frame and return all annotated overheating boxes.",
"Locate all annotated regions of overheating visible in this optical-tomography layer from an LPBF build.",
"Examine this LPBF optical layer-monitoring image for annotated overheated regions and localize each one.",
"Review this optical-tomography frame from the powder-bed fusion process and find every annotated overheated region.",
"Detect and localize all annotated overheating in this LPBF optical-tomography layer image.",
"Inspect this false-color optical-tomography layer and identify every annotated overheated region.",
"Analyze the optical-tomography monitoring image and locate all annotated overheated areas in the current LPBF layer.",
"Find every annotated overheating region in this laser powder bed fusion optical-tomography image.",
"Perform visual grounding of all annotated overheated regions in this LPBF optical layer image.",
"Examine this optical process-monitoring frame and return the locations of every annotated overheated region.",
"Review the current LPBF optical-tomography layer and localize each annotated overheating region.",
"Inspect this additive-manufacturing optical-tomography image for annotated overheating and locate all marked regions.",
"Analyze this LPBF layer-monitoring frame and ground every annotated overheated region.",
"Locate each annotated overheated region in this optical-tomography image of an LPBF build layer.",
"Check this optical-tomography layer for overheating annotations and return every corresponding region.",
"Inspect this LPBF optical image and identify the bounding boxes of all annotated overheated regions.",
"Examine this optical-tomography process image and localize all annotated overheating in the layer.",
"Review this false-color LPBF layer image and find every annotated overheated region.",
"Analyze this optical-tomography frame for the LPBF process and locate all regions annotated as overheated.",
"Ground every annotated overheating region in this optical layer-monitoring image from laser powder bed fusion.",
"Inspect this LPBF optical-tomography frame and return all annotated overheated-region boxes.",
"Find and localize every annotated overheated area in this optical image of the current powder-bed fusion layer.",
"Examine the current additive-manufacturing optical layer and locate all annotated overheating regions.",
"Review this LPBF optical-tomography image and identify every region annotated for overheating.",
"Perform defect-region grounding for annotated overheating in this LPBF optical-tomography layer.",
"Inspect the optical-tomography view of this LPBF layer and localize all annotated overheated regions.",
"Analyze this optical layer image from laser powder bed fusion and return every annotated overheating location.",
"Check this LPBF optical-tomography monitoring frame and ground all annotated overheated regions."
]
}
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